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what functions do proteins provide
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<P> There are hundreds of types of proteins in the cell, each with its own function and physical structure. Proteins are considered the molecular workers of the cell because they are present in all areas and processes of the cell. <P> They are sometimes anchored to lipids in the membrane or bound to other membrane proteins (Figure 5). Figure 5: The fluid-mosaic model of the cell membrane. Like a mosaic, the cell membrane is a complex structure made up of many different parts, such as proteins, phospholipids, and cholesterol. Enzymes are another type of protein, and these molecules catalyze the biochemical reactions that occur in cells. Yet other proteins work as monitors, changing their shape and activity in response to metabolic signals or messages from outside the cell. <P> Protein has a range of essential functions in the body, including the following: 1 Required for building and repair of body tissues (including muscle). 2 Enzymes, hormones, and many immune molecules are proteins. 3 Essential body processes such as water balancing, nutrient transport, and muscle contractions require protein to function. 4 Protein is a 5 ... P 1 Enzymes, hormones, and many immune molecules are proteins. 2 Essential body processes such as water balancing, nutrient transport, and muscle contractions require protein to function. 3 Protein is a source of energy. 4 Protein helps keep skin, hair, and nails healthy. <P> There are 20 different types of amino acids that can be combined to make a protein. The sequence of amino acids determines each protein’s unique 3-dimensional structure and its specific function. Proteins can be described according to their large range of functions in the body, listed in alphabetical order: For more information about proteins and their functions: KidsHealth from Nemours offers a basic overview of proteins and what they do. Nature Education’s Scitable offers information on the function of proteins. <P> Structure and Movement. There is protein in every single cell in your body – from your hair to your nails to your muscles and organs. These proteins are known as structural proteins; they quite literally provide the structure for your body. Without them, you could not walk, run or even stand. In fact, the most abundant protein in your body is collagen, which is present in skin, ligaments, tendons and bones. A specific protein in your red blood cells, hemoglobin, is responsible for carrying oxygen from your lungs to your cells. Hemoglobin also takes carbon dioxide from your cells to your lungs, so that it can be expelled from the body. <P> Messenger proteins, such as some types of hormones, transmit signals to coordinate biological processes between different cells, tissues, and organs. Growth hormone (illustration). Structural component. These proteins provide structure and support for cells. On a larger scale, they also allow the body to move. For more information about proteins and their functions: KidsHealth from Nemours offers a basic overview of proteins and what they do. Nature Education’s Scitable offers information on the function of proteins. <P> For example, structural proteins maintain cell shape, akin to a skeleton, and they compose structural elements in connective tissues like cartilage and bone in vertebrates. Enzymes are another type of protein, and these molecules catalyze the biochemical reactions that occur in cells. Yet other proteins work as monitors, changing their shape and activity in response to metabolic signals or messages from outside the cell. <P> For example, plasma membrane proteins carry out functions as diverse as ferrying nutrients across the plasma membrane, receiving chemical signals from outside the cell, translating chemical signals into intracellular action, and sometimes anchoring the cell in a particular location (Figure 4). Enzymes are another type of protein, and these molecules catalyze the biochemical reactions that occur in cells. Yet other proteins work as monitors, changing their shape and activity in response to metabolic signals or messages from outside the cell. <P> Membrane proteins are proteins that interact with biological membranes. They are one of the common types of protein along with soluble globular proteins, fibrous proteins, and disordered proteins. They are targets of over 50% of all modern medicinal drugs.
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1 Required for building and repair of body tissues (including muscle). 2 Enzymes, hormones, and many immune molecules are proteins. 3 Essential body processes such as water balancing, nutrient transport, and muscle contractions require protein to function.
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what are mucous membranes
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<P> any one of four major kinds of thin sheets of tissue that cover or line various parts of the body. Mucous membrane lines cavities or canals of the body that open to the outside, such as the linings of the mouth, the digestive tube, the respiratory passages, and the genitourinary tract. olfactory membrane the olfactory portion of the mucous membrane lining the nasal fossa. placental membrane the membrane that separates the fetal from the maternal blood in the placenta. plasma membrane the membrane that encloses a cell; it is composed of phospholipids, glycolipids, cholesterol, and proteins. <P> Tweet. : a thin, wet layer of skin that is inside some parts of the body (such as the nose and throat) and that produces mucus. : a membrane rich in mucous glands; specifically: one that lines body passages and cavities which communicate directly or indirectly with the exterior. Full Definition of MUCOUS MEMBRANE. : a membrane rich in mucous glands; specifically: one that lines body passages and cavities which communicate directly or indirectly with the exterior. See mucous membrane defined for English-language learners. <P> From Wikipedia, the free encyclopedia. A mucous membrane or mucosa (plural, mucosae or mucosas; Latin tunica mucosa) is a lining of mostly endodermal origin. It consists of an epithelium (a layer, or layers of epithelial cells) and an underlying lamina propria of loose connective tissue. Some mucous membranes are involved with digestion in the absorption of insoluble food molecules and secretion (releasing chemicals from glands). The thick fluid secreted by some mucous membranes and/or associated glands is termed mucus. <P> 10 most extreme places on Earth. A mucous membrane is a layer of epithelial tissue which lines an area of the body which comes into contact with air. Mucous membranes are moist because of the presence of glands which secrete a thick fluid known as mucus, and they are important for a number of bodily functions. A mucous membrane is a layer of epithelial tissue which lines an area of the body which comes into contact with air <P> mu·cous membrane. Any of the membranes lining the passages of the body that open onto the outside, such as the respiratory and digestive tracts. Cells in the mucous membranes secrete mucus, which lubricates the membranes and protects against infection. mucous membrane. n. 1. (Anatomy) a mucus-secreting membrane that lines body cavities or passages that are open to the external environment. Also called: mucosa. <P> The nose and the sinuses are lined with a membrane that produces mucus. 1 When air enters the nose, it is warmed, moistened, and filtered before passing into the lungs. 2 Dust, smoke, bacteria, and other irritants often become trapped in the mucus that lines the nasal passages. If the mucous membrane becomes inflamed, it may swell, blocking the openings that drain the sinuses. Mucus inside the sinuses then becomes trapped. Both the inflammation and the pressure of trapped mucus cause pain. <P> They are found in your nose and in your mouth also around your eyes. Mucous membranes are tissues that line body cavities or canals such as the throat, nose, mouth, urethra, rectum, and vagina. Mucous membranes produce a thick, slippery liquid called mucus that protects the membranes and keeps them moist. Mucus membranes line the nose and throat.Some creams ,such as Sudocream carry a warning not to get any on the mucus membranes,they mean the nose and mouth/throat. <P> A mucous membrane or mucosa (plural, mucosae or mucosas; Latin tunica mucosa) is a lining of mostly endodermal origin. Some mucous membranes are involved with digestion in the absorption of insoluble food molecules and secretion (releasing chemicals from glands). The thick fluid secreted by some mucous membranes and/or associated glands is termed mucus. <P> The urethra is also lined with a mucous membrane. Some mucous membranes are involved with digestion in the absorption of insoluble food molecules and secretion (releasing chemicals from glands). The thick fluid secreted by some mucous membranes and/or associated glands is termed mucus. The mucus can be protectiv
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A lining of mostly endodermal origin.
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what metals are good for your body
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<P> [Co] Cobalt. Mixed with other metals, cobalt is used in jet engines. It also gives a brilliant blue color to pottery, glass, and tiles. Cobalt forms the core of vitamin B12 and is important in the body for making red blood cells. This metal is found in meat, dairy products, and leafy green vegetables. <P> Copper's in your food, and it's essential. Heavy metal is good for you. In fact, it’s vital for your good health. Not the Black Sabbath kind of heavy metal — although your musical choices are your own — but the heavy metal, copper. Copper is a mineral found throughout your body. It’s an essential nutrient, because your body must have copper to function properly. <P> 1 EDTA binds to the metals and toxins in your body to naturally get rid of them. 2 EDTA is extremely effective at removing metals and minerals from your body. 3 it easily binds to heavy metals and helps your body eliminate them. <P> Criteria for essentiality for human health are that withdrawal or absence of the metal from the diet produces either functional or structural abnormalities, and that the abnormalities are related to, or are a consequence of, specific biochemical changes that can be reversed by the presence of the essential metal. <P> Do that with each of the different metals you have. Your body and the environment have a definite effect on the metal. Likewise, when the metal touches you, your body has a reaction to the metal as well. So, in conclusion, many of the ways of the past have been lost but not forgotten. <P> Meat, liver, eggs and seafood are good dietary sources of zinc, whereas zinc in vegetable sources, particularly in cereal grains, is less bioavailable than from meat sources. Copper is also essential for numerous enzymes and is a constituent of hair and of elastic tissue contained in skin, bone and other body organs.
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Copper and it's essential
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apple watch price in india
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<P> To fit every bill and wrist size, Apple watches are available in 3 styles (Sports, Steel & 18 carat gold) and 2 sizes (38mm and 42mm). Below are the expected prices of all the 3 watches in India. For, 1 Apple Watch Sport Edition price in India, click here. 2 Apple Stainless Steel Band price in India, click here. 3 18 Carat Gold Watch Edition P <P> Apple Watch is available in 20 models; the price starts from $549 and goes up to $1099. Following is our prediction for Apple Watch Price in India. 1 38mm stainless steel case with white sport band: 41,000 INR. 2 42mm stainless steel case with white sport band: 45,000 INR. <P> Apple on Monday announced that the Apple watch would be available in nine countries -- Australia, Canada, China, France, Germany, Hong Kong, Japan, the UK and the US-from April 24 at a starting price of $350. <P> Will hit the market after a few months Apple’s most ‘personal device yet’, Apple Watch, is expected to hit India in July. The base model is estimated to be priced at Rs 30,000, with its expensive editions going up to Rs 10 lakh. The company is yet to divulge the exact date of availability of Apple Watch in India. According to market sources, Apple is likely to stick to its existing distribution model to push Apple Watch. <P> Launched in a number of variants and two sizes, including gold models, Apple Watch will be available from next month in nine countries; the schedule does not include India. The prices will start at $349 and go above a whopping $17,000 for the gold model. <P> Take a look at the prices of Apple Watch “Sport” price: This Sport watch is available in 10 different models; the price range is between $349 and $399. Following is our prediction for Apple Watch Sport Price in India. <P> So, we can expect the Apple Watch Sport to be priced around Rs 36,999 for the base model. Buyers can expect the Apple Watch to be delivered to them between May 4 and 15. It will come with regular warranty. Grabmore.in is taking orders for all the variants of Apple Watch. <P> For now there are no details available about the India availability or price. Apple said that the Watch will be available in three collections, Apple Watch Sport, Apple Watch, and Apple Watch Edition, crafted from custom rose or yellow 18-karat gold alloys.
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Rs 30,000
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Which of the following is a target tissue for parathyroid hormone
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<P> or. a hormone hormone,secretory substance carried from one gland or organ of the body via the bloodstream to more or less specific tissues, where it exerts some influence upon the metabolism of the target tissue...... <P> The final important function of parathyroid hormone (PTH) is conversion of 25-hydroxyvitamin D to its most active metabolite, 1,25-dihydroxyvitamin D-3 [1,25-(OH) 2 D3], by activation of the enzyme 1-hydroxylase in the proximal tubules of the kidney. <P> To identify the well established endocrine glands in the body. To review some of the well-understood hormones that are produced by each gland or tissue. To identify some of the major target tissues for each gland or tissue. To understand a simplified function for each hormone that is reviewed. <P> Parathyroid hormone is the most important endocrine regulator of calcium and phosphorus concentration in extracellular fluid. This hormone is secreted from cells of the parathyroid glands and finds its major target cells in bone and kidney. Another hormone, parathyroid hormone-related protein, binds to the same receptor as parathyroid hormone and has major effects on development. Like most other protein hormones, parathyroid hormone is synthesized as a preprohormone. <P> Parathyroid hormone (PTH). Parathyroid hormone (PTH) is a polypeptide containing 84 amino acids that is secreted by the parathyroid glands after cleavage from preproparathyroid hormone (115 amino acids) to proparathyroid hormone (90 amino acids) to the mature hormone. <P> parathyroid hormone. or. a hormone hormone,secretory substance carried from one gland or organ of the body via the bloodstream to more or less specific tissues, where it exerts some influence upon the metabolism of the target tissue...... Click the link for more information. <P> Primary hyperparathyroidism (HPT) is the most common cause of elevated parathyroid hormone (PTH) and calcium levels. Approximately 85% of cases are found to be caused by an isolated parathyroid adenoma, 15% by diffuse parathyroid hyperplasia, and less than 1% by parathyroid carcinoma.
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Bone and kidney.
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how long does deck sealer take to dry
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<P> Wait Time. When pressure washing, saturate the deck with deck detergent, give it 15 minutes to work, then begin power washing. Follow the operating directions for your power washer. After completing the deck power washing, wait 24 to 36 hours before applying sealer. If the weather is cool or humid, wait 48 to 72 hours. The deck must be thoroughly dry to ensure deep penetration of the sealer <P> Typically oil based finishes dry to the touch within a few hours and can be walked on in 24-48 hours after curing. Latex finishes typically dry within 2-3 hours and need a full 48 hours to cure. You would be amazed at how quickly oil finishes set. Often passing showers do not effect these finishes after application. <P> Can you wash and seal a deck in one day?No. We allow at least 24 hours of dry time (Depending on weather conditions) before stain is applied. How Long Does Stain Last?Depending on your deck's exposure to direct sunlight and precipitation elements, we recommend restaining every 2-3 years. <P> How long should a deck stain dry before it rains? The stain is solid, water based, BM brand-it says 48 hours to 'hard dry'. Does it need this long? I really want to stain this weekend, and there's a 10% chance of rain Saturday, but 30% change on Sunday night... While oil base stains take longer to dry than latex, they are less affected by rain that comes too soon than latex stains are. Some of the waterborne stains can be affected by a hard rain 24 hrs later. Sometimes you just have to take a chance and hope for the best. <P> Depends upon how many coats are applied. Usually, the sealer will take approximately 2 hrs to dry, but 8 hrs to cure. By curing, I mean for the sealer to penetrate the surface and not be diluted by any water/rain. If you can apply it early in the AM, it should be cured by evening. rnwallace07 · 7 years ago. <P> Only apply Deck & Concrete Restore with no rain for a minimum of 48 hours after the first coat. The second coat can be applied as early as 4 to 6 hours after the first coat, but if the area is still wet do not apply until surface is not tacky to the touch. Allow the area to dry for a minimum of 24 hours before walking on the surface and 3-5 days before placing furniture on the area. Do not apply Deck & Concrete Restore if temperatures are below 50 degrees and above 90 degrees either day or night for 72 hours. 1 25. <P> Most deck sealers require at least 24 hours of dry weather to cure. If you plan to apply two coats, you must allow 24 hours of drying time pass before you applying the second coat. When pressure washing, saturate the deck with deck detergent, give it 15 minutes to work, then begin power washing. Follow the operating directions for your power washer. After completing the deck power washing, wait 24 to 36 hours before applying sealer. If the weather is cool or humid, wait 48 to 72 hours. The deck must be thoroughly dry to ensure deep penetration of the sealer <P> As a general rule, 48 hours is sufficient drying time for a newly washed deck. But this also assumes optimal drying conditions, such as a sun-facing deck. If you are on the shadow side of the home where little to no sunlight reaches, wait at least 72 hours before applying any stain or sealer. Give the deck a visual inspection, as the surface should be completely dry and there should be neither any swelling or puffiness to the wood or softness to the surface <P> How long does it take for the DECK-O-SEAL to cure? For DECK-O-SEAL Two Part, the material is tack free in four hours and cures in 24 hours at 77ºF. For DECK-O-SEAL ONE STEP, the material is tack free in 24 hours and cures in 5 to 10 days. The DECK-O-SEAL didn’t set – it’s still sticky.
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24 hours
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how to make brussel sprouts in oven
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<P> 1 Line a baking sheet with aluminum foil. 2 In a large bowl, toss brussels sprouts with 2 tablespoons olive oil, kosher salt and pepper. 3 Transfer the brussels sprouts to baking sheet and roast, stirring occasionally to ensure even browning, until tender and caramelized, about 20 minutes. 4 Place brussels sprouts back in bowl. 1 In a large bowl, toss brussels sprouts with 2 tablespoons olive oil, kosher salt and pepper. 2 <P> 1 Place trimmed Brussels sprouts, olive oil, kosher salt, and pepper in a large resealable plastic bag. 2 Seal tightly, and shake to coat. 3 Pour onto a baking sheet, and place on center oven rack. 4 Roast in the preheated oven for 30 to 45 minutes, shaking pan every 5 to 7 minutes for even browning. Ready In. 1 Preheat oven to 400 degrees F (205 degrees C). 2 Place trimmed Brussels sprouts, olive oil, kosher salt, and pepper in a large resealable plastic bag. 3 Roast in the preheated oven for 30 to 45 minutes, shaking pan every 5 to 7 minutes for even browning. <P> 1 Heat oven to 450 degrees. 2 Trim bottom of brussels sprouts, and slice each in half top to bottom. 3 Heat oil in cast-iron pan over medium-high heat until it shimmers; put sprouts cut side down in one layer in pan. 4 Put in garlic, and sprinkle with salt and pepper. 1 Trim bottom of brussels sprouts, and slice each in half top to bottom. 2 Heat oil in cast-iron pan over medium-high heat until it shimmers; put sprouts cut side down in one layer in pan. 3 Put in garlic, and sprinkle with salt and pepper. 4 Cook, undisturbed, until sprouts begin to brown on bottom, and transfer to oven. <P> Create a new list: Method: Preheat oven to 400°F. Toss Brussels sprouts with oil, salt and pepper on a rimmed baking sheet and roast, stirring once or twice, until deep golden brown, crisp outside and tender inside, 30 to 35 minutes. The leaves that are loose will be especially brown and crispy. Transfer to a bowl and serve. Rosemary Parmesan Brussels Sprouts. <P> 1 Take frozen brussels sprouts and place in a large bowl. 2 Pour olive oil and kosher salt over sprouts and mix well. 3 Place sprouts, evenly spaced and not stacked, on a baking sheet and place in a 400 degree oven for 40-45 minutes. Directions. 1 <P> Preparation. 1 Heat oven to 450 degrees. 2 Trim bottom of brussels sprouts, and slice each in half top to bottom. 3 Heat oil in cast-iron pan over medium-high heat until it shimmers; put sprouts cut side down in one layer in pan. 4 Put in garlic, and sprinkle with salt and pepper. 1 Trim bottom of brussels sprouts, and slice each in half top to bottom. 2 Heat oil in cast-iron pan over medium-high heat until it shimmers; put sprouts cut side down in one layer in pan. 3 Put in garlic, and sprinkle with salt and pepper. 4 Cook, undisturbed, until sprouts begin to brown on bottom, and transfer to oven. <P> 1 Preheat oven to 425 degrees. 2 Line a baking sheet with aluminum foil. 3 In a large bowl, toss brussels sprouts with 2 tablespoons olive oil, kosher salt and pepper. 4 Transfer the brussels sprouts to baking sheet and roast, stirring occasionally to ensure even browning, until tender and caramelized, about 20 minutes. 1 In a large bowl, toss brussels sprouts with 2 tablespoons olive oil, kosher salt and pepper. 2 <P> Directions. Preheat oven to 400 degrees F. Cut off the brown ends of the Brussels sprouts and pull off any yellow outer leaves. Mix them in a bowl with the olive oil, salt and pepper. Pour them on a sheet pan and roast for 35 to 40 minutes, until crisp on the outside and tender on the inside. Shake the pan from time to time to brown the sprouts evenly. Sprinkle with more kosher salt (I like these salty like French fries), and serve immediately.
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Directions. Preheat oven to 400 degrees F. Cut off the brown ends of the Brussels sprouts and pull off any yellow outer leaves. Mix them in a bowl with the olive oil, salt and pepper.Pour them on a sheet pan and roast for 35 to 40 minutes, until crisp on the outside and tender on the inside.Shake the pan from time to time to brown the sprouts evenly. Sprinkle with more kosher salt (I like these salty like French fries), and serve immediately.
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income limit for a qualifying child
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<P> To qualify for the Child Tax Credit, you must have a child or dependent who meets all of the following requirements: Age: The child must have been 16 or younger on December 31. Citizenship: The child must be a United States citizen, a United States national, or a resident alien. <P> Amount-With the Child Tax Credit, you may be able to reduce your federal income tax by up to $1,000 for each qualifying child under the age of 17. Qualification-A qualifying child for this credit is someone who meets the qualifying criteria of six tests: age, relationship, support, dependent, citizenship, and residence. <P> The Child Tax Credit can be worth as much as $1,000 per child for 2014 and later Tax Years. For 2014, the Child Tax Credit is at least partially refundable if you had an earned income of more than $3,000 (see the Additional Child Tax Credit). This refundable portion of the credit will expire at the beginning of 2017. <P> Qualifying Relative. For qualifying relatives, there is a strict limit on how much income they could make during the year. A qualifying relative cannot make more than $3,700 of gross income during the year. If he makes more than $3,700, then he cannot be a dependent. <P> Child’s income (if any). In terms of a child’s income, a child may not earn more than $1,000.00 per month from employment and still qualify to receive SSI benefits (in 2011; the limit on a child’s total monthly income changes every year). <P> Other Child-Related Tax Savings: Exemptions: You will be able to claim a standard exemption for each qualifying child. Child and Dependent Care Credit: You may be able to deduct up to $3,000 for one dependent, or up to $6,000 for more than one dependent with the Child and Dependent Care Tax Credit.
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Up to $1,000 for each
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why is it important to keep record of shareholders
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<P> Please retain those statements for your tax records. When shares are purchased through a broker (or other financial institution), retain broker statements illustrating purchase and sale information. This information is not available to Procter & Gamble, but may be available from the broker or financial institution. Y A 2 for 1 stock split occurred on 06/12/92, 20 shares were credited for the 20 shares already held, making the account balance 40 shares. The cost basis price is divided by 2 making the new cost basis $52.00 per share. The new “split shares” have the same cost basis of <P> State law, the articles of incorporation, and the bylaws of a corporation will establish what a quorum is. It is usually a majority of the shares (or directors) entitled to vote. (5) Remember to keep records of meetings of both the Shareholders and the Board of Directors and of proof of attendance. Two Shareholders. I f you and one other person are the sole shareholders, the two directors, and one of you is the Secretary of the corporation, here is the easy way to keep up your annual meetings: (1) Determine the date of your meeting. <P> Minutes of meetings are easy to prepare and normally do not require the help of a lawyer or accountant. First, of course, you need to convene a shareholder's or director's meeting in accordance with the requirements in your corporate bylaws. Fortunately, this is usually easy to do. Quite simply, your first and best line of defense against losing the protection of your corporate status while helping to ensure continued harmony among your directors and shareholders is to document important corporate decisions by preparing and maintaining adequate corporate records. <P> How To Keep Stock Records It is your responsibility as a shareholder to keep records of your stock transactions. Those records should include: 1. Stock purchase price (adjusted for any stock splits and/or spin mergers) 2. Date of Purchase or Acquisition 3. Y A 2 for 1 stock split occurred on 06/12/92, 20 shares were credited for the 20 shares already held, making the account balance 40 shares. The cost basis price is divided by 2 making the new cost basis $52.00 per share. The new “split shares” have the same cost basis of <P> The Importance of Shareholders in Business. Shareholders are the owners of companies. A small business may have just one shareholder, the founder, while a public company may have thousands of individual and institutional shareholders, such as mutual fund companies, pension funds and hedge funds. One of the primary reasons for going public is to raise funds from investors. In return, the company's founders give up part ownership to these new investors. Private companies and startups may also raise funds through private placements, which are share issues to a select group of individuals and institutions. <P> In order to successfully deliver dividends, scholarships, jobs, and other Shareholder and Descendant advantages, it is important that you keep your information current with us. Please note that the Board of Directors Code of Business Ethics policy and the Calista Corporation Bylaws are on the Board of Directors page. Many Calista Shareholders do not have a valid address registered with Shareholder Records. When this happens, we are unable to send important information to Shareholders, including newsletters, distribution checks, and data-gathering documents for stock transfers and proxy packets. <P> Since so little can be regarded as the annual meeting or annual minutes, the standard for such record-keeping often drops to a low level. Although most business owners should be able to keep most of their own corporate minutes, it is important for a few rules or requirements to be observed. Two Shareholders. I f you and one other person are the sole shareholders, the two directors, and one of you is the Secretary of the corporation, here is the easy way to keep up your annual meetings: (1) Determine the date of your meeting. <P> 1 Communications to Shareholders-A copy of every communication that is made to the shareholders whether it is via email, snail mail or facsimile should be kept in your corporate record book. 2 List of Shareholders-Keep a list of current shareholders at all times. These organizations can be found by an Internet search and will explain your state's corporate rules including record-keeping. Keep in mind your corporation is an entity more than likely created to protect you and your partners' personal liability. Follow these recommended basics for keeping your corporate records: 1 Articles of Incorporation-These are created when a corporation is formed <P> 1 Financials-Year end financials and tax returns should be kept with your corporate records as each shareholder is required by law to have access to these records. 2 Keeping accurate and timely financials and tax returns in one place are also important when applying for loans to fund your business, if needed. These organizations can be found by an Internet search and will explain your state's corporate rules including record-keeping. Keep in mind your corporation is an entity more than likely created to protect you and your partners' personal liability. Follow these recommended basics for keeping your corporate records: 1 Articles of Incorporation-These are created when a corporation is form
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Because organizations can be found by an Internet search and will explain your state's corporate rules including record-keeping. Keep in mind your corporation is an entity more than likely created to protect you and your partners' personal liability.
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where is the patagonia mountain range
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<P> Photograph by Peter Essick. The snowy peaks of the Andes spawn thousands of gushing streams and waterfalls in Patagonia. From majestic mountains to trembling volcanoes, Patagonia remains the unspoiled frontier of South America. Photograph by Peter Essick. Settlements, like this twinkling village built between the mountains and the sea, are few and far between in Patagonia. The 260,000-square-mile (673,000-square-kilometer) region is so sparsely settled that population density is as low as one person per square mile in some areas. <P> Patagonia is a sparsely populated region located at the southern end of South America, shared by Argentina and Chile. The name Patagonia comes from the word patagon patagón used By magellan in 1520 to describe the native people that his expedition thought to be. giants <P> Patagonia. The most famous region of Chile, Chilean Patagonia offers all the dramatic landscape one would expect from the world's ultimate land's end. Here the South American continent falls away in a dazzling explosion of islands, glaciers, icebergs and mountains. It is truly one of mother nature's grand finales. Chilean Patagonia is itself composed of two sub-regions; the northern Aisen and, to its south, Magallanes. <P> Photograph by Peter Essick. Sunset casts a rosy glow over granite peaks encircling a glacial lake in Torres del Paine National Park, Chile. Chile's prized jewel, the 598,000-acre (242,000-hectare) national park is a mosaic of landforms including soaring mountains, golden pampas, and grinding ice fields. At the southern tip of South America, the region of Patagonia includes parts of Argentina and Chile. Photograph by Peter Essick. Settlements, like this twinkling village built between the mountains and the sea, are few and far between in Patagonia. The 260,000-square-mile (673,000-square-kilometer) region is so sparsely settled that population density is as low as one person per square mile in some areas. <P> The Patagonia Mountains are a 15 miles (24 km) long mountain range within the Coronado National Forest, and in Santa Cruz County, Arizona. The connected Santa Rita, Patagonia, and Sierra San Antonio ranges are part of the Madrean Sky Islands ecoregion, the sky island mountain ranges region on the north of the Sierra Madre Occidental, the major cordillera and mountain ecoregion of central-western and northwestern Mexico. <P> The region comprises the southern section of the Andes mountains as well as the deserts, steppes and grasslands east of this southern portion of the Andes. Patagonia has two coasts; a western one towards the Pacific Ocean and an eastern one towards the Atlantic Ocean. The name Patagonia comes from the word patagon patagón used By magellan in 1520 to describe the native people that his expedition thought to be. giants <P> Destination Patagonia. Patagonia is located in the southern tip of South America. It includes many areas of Argentina (or the Oriental side) and Chile (occidental side) and incluces the Andes mountains to the west and south, with plateaus and low plains to the east. Colorado River, Barrancas River, Tierra de Fuego and the Pampa Province are some locations that belong to Argentina's territory. Patagonia is an ideal area for outdoor activities such as camping, hiking, and trekking. There are several national parks, mountains, and forests. Its fast flowing rivers are perfect for rafting and canoeing. North Patagonia has many interesting volcanoes in both Argentina and Chile. <P> Patagonia Facts. 1. Patagonia is dominated by the Andes, the longest mountain range on earth, running the length of South America from Colombia to the Strait of Magellan and across to Tierra del Fuego. <P> Patagonia Lake and the town of Patagonia are located in the Sonoita Valley. The Sierra San Antonio are a continuation of the Patagonia Mountains southwards into Mexico, a mountain range of about 10 miles that tapers down to lower elevations. The old mining camps and ghost towns of Mowry, Washington Camp, Harshaw, and Duquesne are located in the Patagonia Mountains. Nogales, Arizona, and Nogales, Sonora, are in the valley to the southwest of the mountain range. The San Rafael Valley and Canelo Hills are to the east of the Patagonia Mountains. The connected Santa Rita, Patagonia, and Sierra San Antonio ranges are part of the Madrean Sky Islands ecoregion, the sky island mountain ranges region on the north of the Sierra Madre Occidental, the major cordillera and mountain ecoregion of central-western and northwestern Mexico.
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The Patagonia Mountains are a 15 miles (24 km) long mountain range within the Coronado National Forest, and in Santa Cruz County, Arizona.
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how much does it cost to put in a garbage disposal
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<P> Our free calculator uses recent, trusted data to estimate costs for your Garbage Disposal Installation project. For a basic 1 disposal project in zip code 47474, the benchmark cost to Install a Garbage Disposal ranges between $305.80 - $363.58 per disposal. To estimate costs for your project: 1. <P> 1 Garbage disposals generally run from $50 to $400, depending on the power level of the motor, which can be anywhere from 1/3 HP up to 1 HP. (HP stands for horsepower). 2 Depending on your needs, you may wish to choose a more powerful unit to handle a large amount of waste. High-End Cost Estimate for a Garbage Disposal: 1 $200-$400 for a higher-powered model. 2 Garbage disposals are available in two basic types: batch feed, which requires that the disposal be covered before it will run, and continuous feed, which will run constantly once it is turned on. <P> Local plumber quoted price of $400 to install plus cost of garbage disposal. I went to Lowe's and got disposal for $179 plus tax. Installation by Lowe' was $75.Very happy I checked around. 1 If you can't install the garbage disposal yourself, it's generally not a difficult or time-consuming process and you can usually hire a handyman, for anywhere from $30-$150 an hour. <P> This is the information he gave me. I ended up paying roto rooter $219 to install the new garbage disposal and around $80 for the cost of the garbage disposal unit, in case you are wondering how much they charged me or what the cost was. I went to home depot and bought the 1/3 horsepower garbage disposal unit myself for around $80. There are different horsepower units and you pay more the higher you go. The roto rooter plumber also told me that it doesn't matter which one you get, because they will all corode and wear through in around 5 or 6 years. <P> Popular Mechanics – Has a step by step guide to help install a new disposal when the old unit fails. DIY Network – The DIYNetwork estimates the average cost to install a garbage disposal unit at approximately $100-$250, if you do it yourself. They provide a great guide for getting started as well. HomeWyse – Estimates the cost between $300-$400, with the biggest variable being the cost of the unit itself. <P> 1 Residential garbage disposals with a 1/3 horsepower (HP) motor cost about $50-$115; a 1/2 HP model runs around $60-$180; disposals with a 3/4 HP motor are about $120-$350; and 1 HP motors can be $150-$380 depending on brand name and quality of construction. 1 If you can't install the garbage disposal yourself, it's generally not a difficult or time-consuming process and you can usually hire a handyman, for anywhere from $30-$150 an hour. <P> Shopping for a garbage disposal: 1 If you can't install the garbage disposal yourself, it's generally not a difficult or time-consuming process and you can usually hire a handyman, for anywhere from $30-$150 an hour. 1 If you can't install the garbage disposal yourself, it's generally not a difficult or time-consuming process and you can usually hire a handyman, for anywhere from $30-$150 an hour. <P> Typical Cost of a Garbage Disposal: 1 Garbage disposals generally run from $50 to $400, depending on the power level of the motor, which can be anywhere from 1/3 HP up to 1 HP. (HP stands for horsepower). High-End Cost Estimate for a Garbage Disposal: 1 $200-$400 for a higher-powered model. 2 Garbage disposals are available in two basic types: batch feed, which requires that the disposal be covered before it will run, and continuous feed, which will run constantly once it is turned on. <P> Typical costs: 1 Residential garbage disposals with a 1/3 horsepower (HP) motor cost about $50-$115; a 1/2 HP model runs around $60-$180; disposals with a 3/4 HP motor are about $120-$350; and 1 HP motors can be $150-$380 depending on brand name and quality of construction. 1 If you can't install the garbage disposal yourself, it's generally not a difficult or time-consuming process and you can usually hire a handyman, for anywhere from $30-$150 an hour.
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$50 to $400
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I want to do a recovery on my computer but I need restore point how do I do this
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<P> Recover from a Restore Point. First type system restore into the search box in the Start menu and hit Enter. That opens the System Restore wizard and from here you can choose the recommended restore point,which is the most recent one…Or you can choose a different restore point, which for our situation we need to do. Select the radio button next to Choose a different restore point then click Next. <P> To create a manual restore point you need to follow these steps: 1 Click on the Start button to open your Start Menu. 2 Click on the Control Panel menu option. 3 Click on the System and Maintenance menu option. 4 Click on the System menu option. 5 Click on System Protection in the left-hand task list. To create a manual restore point you need to follow these steps: 1 Click on the Start button to open your Start Menu. 2 The Start button looks like this: 3 Click on the Control Panel menu option. 4 Click on the System and Maintenance menu option. 5 Click on the System menu option <P> You can also manually create restore points to record your computer state and settings before you make changes to your computer. This allows you to restore the computer to a previous state, by choosing a restore point on a date or time prior to when you made the change. You can create a restore point when you like the way your computer is functioning or before you make changes on your computer, like installing programs, that might make your computer function differently. Restore operation restore points. Each time you perform a restoration, it is a change made <P> How Create a Restore Point First I'll go through the Windows 7 procedure and then in Windows 8, but the process is nearly identical in both. Windows 7: 1. Tap the Start button and right-click on Computer and choose Properties. 2. Click on System Protection in the left sidebar of the resulting window. <P> I don't want to do a system restore to a point in time. I want to restore it to the factory settings. To reinstall windows using the advanced recovery it states I require a windows installation disc, yet the computer didn't come with one. How do I create a windows installation disc.. How is this disc different from the System Repair Disc. <P> Try a System Restore to a Date before the problem started: Restore Point: http://www.howtogeek.com/howto/windows-vista/using-windows-vista-system-restore/. Do System Restore in Safe Mode, if unable to do it in Normal Mode. I am trying to restore my computer but the restore point/date only goes back about a week. I need to go back further than the dates provided in the drop down menu. 7 people had this question. <P> To create a system restore point manually, open Control Panel and type System Restore in search box. Click on Create a restore point. The System Properties box will open. Click on Create. The System Protection box will openand you will be asked to give it a name. I chose the name – TWC here. Click on Create. Alternatively, you may open the Run box, type rstrui.exe and hit Enter to open System Restore. The System Restore will open. Click on Next. Select a Restore Point, to which you want to restore your computer to, and c <P> Click next on the next screen, and then choose System Restore from the System Recovery dialog. It will take a few seconds to come up, and you will see the same screen that you would see in Windows: Click next, and on the next screen select the drive that your copy of Windows 7 or Vista is installed on. <P> To undo a system restore, please go to the Windows 8 Start Screen and type restore point. When the search results appear click on the Settings category. Now click on the option labeled Create a restore point and you will be brought to the System Protection tab of the System Properties control panel. Your previous system restore has now been undone. Manually Creating Restore Points. It is possible to manually create a new restore point when you wish rather than waiting for the daily interval. If you wish to create manual restore point you need to
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1 Click on the Start button to open your Start Menu. 2 Click on the Control Panel menu option. 3 Click on the System and Maintenance menu option. 4 Click on the System menu option. 5 Click on System Protection in the left-hand task list.
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iatrogenic infection definition
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<P> Confidence votes 407. An iatrogenic infection is one actually caused by accidental medical actions. Iatrogenic means a complication as a result of treatment. Iatrogenic means that was caused by a doctor, or by a treatment prescribed by a doctor. Split and merge into it. Answer by Vtel57. <P> dis·ease. n. 1. An abnormal condition of a part, organ, or system of an organism resulting from various causes, such as infection, inflammation, environmental factors, or genetic defect, and characterized by an identifiable group of signs, symptoms, or both. 2. Noun. 1. disease-an impairment of health or a condition of abnormal functioning. illness, sickness, unwellness, malady-impairment of normal physiological function affecting part or all of an organism. disease of the neuromuscular junction-a disease characterized by impairment of neuromuscular junctions. <P> Disease Topics Related To Iatrogenic conditions. Research the causes of these diseases that are similar to, or related to, Iatrogenic conditions: 1 Radiation therapyorchemotherapy. 2 Fibromyalgia. 3 Dissociative identity disorder. 4 Bipolar disorder. <P> iatrogenic. adjective Referring to a physical or mental condition caused by a physician or health care provider–eg, iatrogenic disease, due to exposure to pathogens, toxins or injurious treatment or procedures. caused by treatment or diagnostic procedures. An iatrogenic disorder is a condition that is caused by medical personnel or procedures or that develops through exposure to the environment of a health care facility. <P> [ī′atrōjen′ik, yat-]. Etymology: Gk, iatros, physician, genein, to produce. caused by treatment or diagnostic procedures. An iatrogenic disorder is a condition that is caused by medical personnel or procedures or that develops through exposure to the environment of a health care facility. <P> iatrogenic. adj. 1. (Medicine) med (of an illness or symptoms) induced in a patient as the result of a physician's words or actions, esp as a consequence of taking a drug prescribed by the physician. i·at·ro·gen·ic. adj. Induced unintentionally in a patient by a physician. Used especially of an infection or other complication of treatment. [Greek. <P> Iatrogenic infection: Related Diseases. Iatrogenic infection: Iatrogenic infection is listed as a type of (or associated with) the following medical conditions in our database: 1 Hospital or surgery-related conditions. These medical condition or symptom topics may be relevant to medical information for Iatrogenic infection: 1 Iatrogenic. 2 Iatrogenic disease. 3 Iatrogenic disorder. 4 Infection (1293 causes). 5 Infection symptoms <P> Adjective [edit]. iatrogenic (comparative more iatrogenic, superlative most iatrogenic). ( 1 medicine, of a disease, injury, or other bad outcome) Induced by the words or actions of the physician or by medical treatment or diagnostic procedure. <P> These medical disease topics may be related to Iatrogenic infection: 1 radiation therapyorchemotherapy. 2 fibromyalgia. 3 dissociative identity disorder. 4 bipolar disorder. 5 somatoform disorder. These medical condition or symptom topics may be relevant to medical information for Iatrogenic infection: 1 Iatrogenic. 2 Iatrogenic disease. 3 Iatrogenic disorder. 4 Infection (1293 causes). 5 Infection symptoms
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Iatrogenic infection is listed as a type of (or associated with) the following medical conditions in our database.
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how much does a bounty hunter get paid
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<P> The bounty hunter is usually paid 10-20% for successfully returning the fugitive. So, in the case of a $100,000 bail, returning the fugitive would net a $10,000-$20,000 payday. In order to understand how payouts are calculated, let’s have a brief review of what a bounty hunter does. When a person is arrested and bail is set at, say, $100,000, the accused may seek a bail bond company to pay the bail for them. The suspect usually pays the bail bond company a fee of 10% for the privilege. <P> Assuming a bounty hunter takes on 100 to 150 cases per year, he or she stands to earn an average salary in the range of $50,000 to $80,000. This brings us to the second major factor in a bounty hunter’s earning power, namely the potential payout of each case. In order to understand how payouts are calculated, let’s have a brief review of what a bounty hunter does. When a person is arrested and bail is set at, say, $100,000, the accused may seek a bail bond company to pay the bail for them. The suspect usually pays the bail bond company a fee of 10% for the privilege. <P> Aspiring bounty hunters must be at least 18 years old in any state, and in some states, the minimum age requirement is 21 years old. Some states require only a high school or equivalent degree, but other states require training and licensing before an applicant can legally work as a bounty hunter. More experienced bounty hunters can easily earn over $100,000. The associated risks often go up with the salary. Bounty hunters who are willing to track down people charged with violent crimes that are set at higher bonds make more money. Bail bondsmen assign cases based on knowledge and skill. <P> How much you make also depends on your contacts and what state or area you choose to operate in, but the average bounty hunter can expect to make between $25,000 and $50,000 a year. According to fugitive recovery agents, the industry standard is to be paid a percentage of the total bail, usually 5-10%. For example, if you recover a fugitive with a $5,000 bail, you can expect to make $500. However, if you take riskier cases or work in larger metropolitan areas the average bail is set much higher, and you will make much more per case <P> Bounty Hunter Salary Information. When you decide to become a bounty hunter, how much you get paid all depends on the type of work you choose to do and where you choose to work. According to fugitive recovery agents, the industry standard is to be paid a percentage of the total bail, usually 5-10%. For example, if you recover a fugitive with a $5,000 bail, you can expect to make $500. <P> How much does a bounty hunter make per hour? Bounty hunters do not earn an hourly wage, they generally earn a set rate of 10 percent of the price of a bail bond for their work. How much does a bounty hunter make per year? Bounty hunters are given a standard 10 percent commission on the price of the bond. Bounty hunters are paid aproximately 10% of the bail the fugitive initially paid in order to capture the fugitive. States have varying requirements for bounty hunter work. Most bounty hunters are generally unlicensed and do not undergo formal training, requiring sanction from a bail bondsman to operate <P> Payment. Bounty hunters are usually paid on commission when the fugitive is apprehended and handed over to the authorities. The payment can vary widely. Bail bonds are based on the severity of the crime and can be up to $100,000, but the average bail bond is $4,000. More experienced bounty hunters can easily earn over $100,000. The associated risks often go up with the salary. Bounty hunters who are willing to track down people charged with violent crimes that are set at higher bonds make more money. Bail bondsmen assign cases based on knowledge and skill. <P> Bounty hunters work for a bail bondsman and they agree on a percentage of what the bail bondsman would have to pay the court for his client skipping out. The laws vary from state to state, and some states such as Kentucky they have no bounty hunters. Report Abuse. you could start as a bounty hunter 2morrow if you like, theres no law on people who wish to do this type of work, how much will you be paid, well that dependes on the person or people you get, it could be from £500/£10,000,000. MALCOLM S · 8 years ago. <P> There are huge fluctuations in the salaries of a Bounty Hunter. A bail bond can range anywhere from $500-$100,000, based on the extremity of the crime, but average around $4,000. A standard 10 percent commission on the price of the bond can lead to an annual salary of well over six figures.
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$50,000 to $80,000
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blossom cast
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<P> Blossom cast list, including photos of the actors when available. This list includes all of the Blossom main actors and actresses, so if they are an integral part of the show you'll find them below. <P> This cast list of actors from Blossom focuses primarily on the main characters, but there may be a few actors who played smaller roles on Blossom that are on here as well. Vote for your favorite actors, including Neil Patrick Harris Mark-Paul Gosselaar and more. <P> 1 Blossom Ruby Russo (played by Mayim Bialik) – The youngest child and only daughter of Nick and Maddy Russo. 2 She was best friend of Six and longtime on-again off-again girlfriend of Vinnie. <P> Mayim Bialik, Joey Lawrence and the Cast of 'Blossom' Nearly 20 Years Later! by Denny Directo 3:14 PM PDT, July 02, 2014. Mayim Bialik, Joey Lawrence, Michael Stoyanov, and Jenna von Oÿ all reunited and it was like no time at all had passed for the four. The memories are running amok, Mayim told ET about what it felt like to be back with the gang after all these years. Everybody still looks the same to me, Joey added. <P> Twitter. There was a Blossom reunion. Repeat, the cast of Blossom reunited! The show, which ran for five seasons on NBC from 1991-1995, is returning to the airwaves on The Hub Network. To celebrate, the cast got together to host a marathon. <P> Since Blossom went off the air in 1995, its cast has gone on to pursue many other avenues on different television comedies. With this long-awaited reunion now officially in the works, it gives us a chance to take a look at the Blossom cast then and now. <P> First the cast of The Wonder Years reunited, and now the stars of Blossom are following suit. Mayim Bialik, Jenna von Oy, Joey Lawrence and Michael Stoyanov got together almost 15 years after their series went off the air.
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Mayim Bialik, Jenna von Oy, Joey Lawrence and Michael Stoyanov.
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how to find a list which slot machines are paying
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<P> Still it would be nice to know which machine you should go to. Knowing the slot machines that pay the most can mean the difference between a half hour of fun and a half day of raking in coins. Now the unfortunate answer you'll find all too often is that the best paying slots are the ones the other guy's playing. Slots You Should Play. If you're in a heavy gambling area such as Las Vegas and you want to spend a lot of time playing slot machines, then maybe try out a smaller casino. Some slot machines pay the most at places that need to attract business away from the bigger guys. <P> FINDING THE BEST SLOT MACHINE. Everyone who has ever played slots for at least five minutes seems to feel that they are qualified to find the best slot machine. Best usually means the loosest slot, meaning that the machine seems to pay out more coins than have been played, at least for a time period. There are as many theories as there are people on how to find this elusive machine. Some people believe strictly in luck. <P> These types of slots have a jackpot total that grows each time the machines are played. All their machines are linked up to each other's and the first person to hit the jackpot gets a percentage of all the play, not just their own. 1 Just like on the buy-a-pays, you wanna bet the max on this type of game, too. There's just a few things you should know how to work: 1 You can pay with a previous payout ticket, your member card, or cash. 2 Most machines no longer spit out coins. 3 For certain variations of games, the methodology is spelled out on the glass above the screen. 4 Locate the Cash Out button. <P> This is the first thing you should look for. There are several types of machines that you need to be aware of: Multiplier: This machine has a pay out for a certain symbol and the number of coins played multiplies it. Each coin activates a particular line. If you hit a winner on a line that is not activated, you will not receive anything. The older machines used to have three lines but the newer video slots can have up to nine lines. Buy-a-Pay: These are the most misunderstood machines in the casino. <P> 4. Ignore advice about a slot machine's location on the casino floor. Contrary to popular belief, the tight machines are not located near the table games, and the loose slot machines aren't on the end of each row. <P> This payout percentage covers the lifespan of a slot machine so if a slot machine has a payout rate of 82-98% and the slot has an expected lifespan of 10 years, over the 10 years it will payout in winnings 82-98% of all the wagers that players have pumped in to it. While it is obvious that a higher paying slot will pay out more than a slot with a lower payout percentage the issue of whether you win is still entirely a matter of chance. As the payouts are controlled by a random number generator the best way to play slots is to have fun while keeping to your budget. <P> If you want to play slot machines you need to understand payout rates also known as the slot machine payout percentage. The payout rate or payout percentage is an estimate of what you can expect from a slot machine in term of payout. For example slot machines are usually programmed to make payouts in the form of winnings of 82-98% of all the wagers that are paid in to the slot machines by players. While it is obvious that a higher paying slot will pay out more than a slot with a lower payout percentage the issue of whether you win is still entirely a matter of chance. As the payouts are controlled by a random number generator the best way to play slots is to have fun while keeping to your budget. <P> Most slot machines usually offer an incentive to play the maximum coins. For example two coins may pay 2,000 on the jackpot but three coins will pay 5,000. So if there an economy of scale incentive, then the return is higher with a max-coin bet. <P> If you are going to play a slot machine it is always a good idea to read the paytable. The paytable will list all the possible payouts in a slots game and will show the payout for each combination of symbols for the number of coins that you bet. <P> Which are the best slots to play and is it better to play three coins all the time or rotate from 2-3 coins. Gary from Geulph, Canada. Most slot machines usually offer an incentive to play the maximum coins. For example two coins may pay 2,000 on the jackpot but three coins will pay 5,000. So if there an economy of scale incentive, then the return is higher with a max-coin bet. So, you may be better off betting one coin on a $1 machine than four coins on a quarter machine. My advice on slot selection is to play a simple smaller game. Nothing with fancy signage or a huge screen. Ultimately, it is the players that pay for that in the form of a lower return.
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The paytable will list all the possible payouts in a slots game and will show the payout for each combination of symbols for the number of coins that you bet.
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how do i check my internet explorer history
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<P> If you have Internet Explorer 7, in the top left corner, click on the small star icon. It will bring up a sidebar type menu. On the menu, click the history button. If you have Internet Explorer 6, there should be an icon on the top tool bar that looks like a clock with a green arrow around it. If you have older version, I'm afraid I cannot help you. T.K. · 8 years ago. <P> 1 To delete a page, website or time period from your history, right-click it and choose Delete.. 2 Press Ctrl-Shift-Del to remove items in bulk. 3 Change history retention settings on the General tab of Internet Options, which you can reach through the Tools menu. Unlike many other browsers, which use separate windows to show browsing history, Internet Explorer's history shows up on a sidebar. There's no obvious button to see your history on the browser's menu bar, but the trick to finding it is simple: Open your favorites and switch to the history tab from there. <P> Save. Unlike many other browsers, which use separate windows to show browsing history, Internet Explorer's history shows up on a sidebar. There's no obvious button to see your history on the browser's menu bar, but the trick to finding it is simple: Open your favorites and switch to the history tab from there. <P> Step 4: Clear your History. To clear the browser history in Internet Explorer, click the cog icon at the top-right of the Internet Explorer window and select Internet Options. When the Internet Options dialog box opens, click the Delete button under Browsing history on the General tab. <P> Click on the history button in the icons at the top of the screen, or you can go to the top menu and select View - Explorer Bar - History. You can also type Ctrl and H on the keyboard. To change the number of days recorded in the browser's history you can select tools and internet options. <P> To view your History on Firefox for Android, open a new tab in your Firefox browser. At the top of the window, underneath the address bar, you will see a menu. By default, it will be set to Top Sites. Swipe from left to right to open the History page. Select History. This will open a list of all of your stored browsing history. Alternatively, press Ctrl + H to open this page directly. 1 If you are signed into Chrome on multiple devices, all of your synced browsing history will be displayed. 2 You can see the different devices at the top of the page. <P> 4. Click on the View Files button. The Internet Explorer history will display in a separate window, pulling data from the Temporary Internet Files folder on your computer. 5. Find the files manually. You can use the file explorer to navigate to the files on your hard drive without having to use Internet Explorer. 1. Click on the Favorites link. This is the button with a Star next to it in the upper left corner of an open session of Internet Explorer. 1 For Internet Explorer 11.0 the “Star” or favorites may be located at the upper right hand corner of the screen (between the “Home” icon and the “Gear” icon). <P> www. WebWiseKids.org WHAT YOU CAN DO To see which websites have been visited from a computer or cell phone, follow these steps: Internet Explorer 8 In Internet Explorer 8, look for the star icon with the word Favorites. Click on Favorites and select History. As a shortcut, you can also open Internet Explorer and hit CTRL and H simultaneously on your keyboard. Mozilla Firefox In Mozilla Firefox, find the Menu bar and click on the word History (or just hit CTRL and H simultaneously on your keyboard). Now click on Show All History. <P> Tip: If you clear your Internet browser history often, you may want to consider browsing in incognito mode. Tip: If you click In the address bar, you may press the Shift + Del keys to delete items individually. Tip: If you do not see the File, Edit, View menu in Internet Explorer or Firefox, press the Alt key. or if you do have a home page set... 1 Open Firefox browser. 2 Press Ctrl + H to open the history bar on the left-hand side of the screen, or Ctrl + Shift + H to open the history window. 3 You can also click the Hamburger Menu icon in the top right-hand corner of the screen and select History in the menu.
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Click on the history button in the icons at the top of the screen, or you can go to the top menu and select View - Explorer Bar - History. You can also type Ctrl and H on the keyboard.To change the number of days recorded in the browser's history you can select tools and internet options.
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how much will it cost to put floor down in my basement
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<P> The cost of a basement is between 10 and 35 dollars per square feet. Let's say an average basement is 1,000 square feet of finished space. So the cost of a basement is between $10,000 and $35,000. 10k if you're doing most of the work yourself and up to $35,000 if you're hiring a contractor to finish your basement. <P> Depending on the actual size of your basement and the kind of flooring that you decide to have for your basement the project cost for installing laminate flooring in your basement may vary from $600 to $1500. <P> Video on the cost of concrete floors. Depending on the level of complexity, concrete floors can cost as little as $2 to $6 a square foot or be as expensive as $15 to $30 a square foot. <P> Tile will cost $.99 a square foot all the way up to $20 a square foot. Depending on the condition of the floor, if any old flooring needs to be removed first, and the amount of surface preparation that is needed you could expect to pay between $10,000 - $25,000 for 2500 square feet of tile installed. <P> Enjoy! The cost of installing laminate flooring for an average-sized basement of about 100 square feet varies from $600 to $ 1500 and would largely depend upon the kind of laminate flooring you decide to have in your basement. <P> 1 Adding a basement to an existing house can cost $30,000-$70,000 or more, depending on the size of the existing crawlspace or half-basement or if the house is on a slab foundation, and how much of the work is do-it-yourself and how much is done by contractors.
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$20 a square foot (Depending on the condition of the floor)
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how much do urgent care doctors get paid
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<P> Physicians are often paid based on their medical specialty, however. The majority of urgent care physicians are family practitioners, who earned an average annual salary of $183,940 in 2013, according to the U.S. Bureau of Labor Statistics. Profiles Database, an organization that matches job-seeking physicians with potential employers, reports urgent care physicians earned a median starting salary of $142,000 a year in 2014. <P> 1 According to Debt.org, urgent care costs are considerably less than ER costs. 2 The site quotes a study by the Annals of Internal Medicine stating that the average cost of an urgent care visit for three common ailments was $155, while other estimates place an average visit in the range of $71 to $125. 1 UrgentCareCenters.com states that the basic urgent care costs usually range from $75 to $150 per visit, depending on location and if the patient has insurance. <P> 1 For a simple visit to the urgent care without any sort of vaccination, procedure, or medication, the costs for a single urgent care visit can hover around the $75 to $160 range without health insurance. 1 UrgentCareCenters.com states that the basic urgent care costs usually range from $75 to $150 per visit, depending on location and if the patient has <P> Paying For Urgent Care Visits. Care at urgent care centers is paid for on a fee-for-service basis. They usually accept most private health insurance plans, with co-pays averaging between $25-$50. A self-paying individual will usually be asked to make a down payment for the visit, with other charges billed at a later date. Emergency Rooms. An emergency department, or emergency room (ER), is generally part of a hospital or medical center. It specializes in the acute care of patients who arrive without an appointment and is typically open 24 hours a day, 7 days a week, 365 days a year. <P> Another high salary area for physician assistants is urgent care. Salaries for urgent care physician assistants may vary depending on what part of the country you are working in. The median salary for an urgent care physician assistant in the United States in 2013 was $130,000 a year. <P> 1 urinary tract infections: $110. 2 According to ConsumerReports.org, the cost of urgent-care is moderate and is about $120. 3 The price is comparable to usual doctor visits, but much lower than emergency room (ER) costs. 4 Additionally, the insurance co-pay is lower than in an ER setup. 1 UrgentCareCenters.com states that the basic urgent care costs usually range from $75 to $150 per visit, depending on location and if the patient has insurance. <P> (United States). Earnings for Urgent Care Physicians in the United States come in at around $87.56 per hour on average. Job satisfaction is high and work is enjoyable for most Urgent Care Physicians. Women are just slightly outnumbered, with male Urgent Care Physicians making up 55 percent of survey respondents <P> Salaries for urgent care physicians ranged from less than $130,000 a year to more than $190,000 a year in 2010, according to “Becker’s Hospital Review.” More than 27 percent of urgent care physicians earned $190,000 or more a year, while 21 percent earned $150,000 to $159,000 a year. Profiles Database, an organization that matches job-seeking physicians with potential employers, reports urgent care physicians earned a median starting salary of $142,000 a year in 2014. <P> 1 According to ConsumerReports.org, the cost of urgent-care is moderate and is about $120. 2 The price is comparable to usual doctor visits, but much lower than emergency room (ER) costs. 3 Additionally, the insurance co-pay is lower than in an ER setup. 1 UrgentCareCenters.com states that the basic urgent care costs usually range from $75 to $150 per visit, depending on location and if the patient has insurance.
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$87.56 per hour
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what is multitronic
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<P> Multitronic offers performance and economy similar to, and in some cases better than, the equivalent five-speed manual gearboxes, and superior to the traditional automatic transmission. Particular performance advantages are noticed with 'in-gear' seamless acceleration times over equivalent manual transmission cars. The transmission is monitored and regulated by Audi 's Dynamic Regulating Programme (DRP), which tracks the driver's inputs (from how the driver applies the throttle pedal), driving conditions, and engine load-to compute the optimal gear ratio for fuel efficiency or maximum performance, as mandated by the user. <P> Garage. S-Tronic and Multitronic are very different. Multitronic that you have on your 2.7TDI is effectively not a traditional auto box, but rather a CVT (continuously variable transmission). This is effectively 8 speeds in operation. <P> Multitronic is offered on front wheel drive-only versions of the Audi A4, Audi A5, Audi A6, and the SEAT Exeo with the 2.0 TSI gasoline engine. It is not compatible with the quattro four-wheel drive system, nor transverse engine installations such as in the Audi A3. The transmission is monitored and regulated by Audi 's Dynamic Regulating Programme (DRP), which tracks the driver's inputs (from how the driver applies the throttle pedal), driving conditions, and engine load-to compute the optimal gear ratio for fuel efficiency or maximum performance, as mandated by the user. <P> Multitronic is a stepless transmission launched by AUDI AG in late 1999, jointly developed and manufactured by LuK, a division of the Schaeffler Group The capitalization used is multitronic (spelled by Audi with a lower-case leading 'm') and is a registered trademark of AUDI AG. The transmission is monitored and regulated by Audi 's Dynamic Regulating Programme (DRP), which tracks the driver's inputs (from how the driver applies the throttle pedal), driving conditions, and engine load-to compute the optimal gear ratio for fuel efficiency or maximum performance, as mandated by the user. <P> The Audi A6 with Audi's newly-developed multitronic represents a radically new departure in that it: has better acceleration uses less fuel, and provides a more comfortable ride than a comparable car with a 5-speed manual gearbox. The multitronic entertains no compromises-whether in terms of dynamism, convenience or economy-in translating the driver's preferences into road performance. As matters stand, it can justifiably claim to be the concept that translates the driver's intentions with the greatest degree of accuracy. <P> Introduction 6000500040003000200050km/h 100km/h 150km/h 200km/h 250km/h1000 multitronic ® for maximum comfort In automatic mode, any ratio is possible within the bounds of the control map. The factors that determine rpm are driver input (accelerator pedal position and actuation rate) and traction resistance. 8. Introduction 6000500040003000200050km/h 100km/h 150km/h 200km/h 250km/h1000 multitronic ® for high fuel economy As a result of the long ratio, a large reduction in engine speed is possible in the economy driving mode.In comparison with the 5-speed manual gearbox, engine speed for example is reduced from approx. <P> The Multitronic system uses a link-plate chain drive, an oil-cooled multi-plate clutch (initially of six parts, later of seven to enable it to cope better with the high torque outputs of larger turbodiesel engines), and complex electronics, to overcome the traditional shortcomings of CVTs. The transmission is monitored and regulated by Audi 's Dynamic Regulating Programme (DRP), which tracks the driver's inputs (from how the driver applies the throttle pedal), driving conditions, and engine load-to compute the optimal gear ratio for fuel efficiency or maximum performance, as mandated by the user. <P> Report Abuse. Tiptronic/multitronic is essentially a automatic transmission with the ability to be turned into a manual without a clutch. Mainly purchased by men and women in their mid forties ... honestly audi and vw (same engines and transmissions) have shitty automatic transmissions ... they are really weak <P> Multitronic is a stepless transmission launched by AUDI AG in late 1999, jointly developed and manufactured by LuK. The capitalization used is multitronic and is a registered trademark of AUDI AG.
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Multitronic is a stepless transmission launched by AUDI AG in late 1999, jointly developed and manufactured by LuK, a division of the Schaeffler Group The capitalization used is multitronic (spelled by Audi with a lower-case leading 'm') and is a registered trademark of AUDI AG.
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what is calfresh program
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<P> Watch the historical video. The CalFresh Program, federally known as the Supplemental Nutrition Assistance Program (SNAP), can add to your food budget to put healthy and nutritious food on the table. The program issues monthly electronic benefits that can be used to buy most foods at many markets and food stores. The CalFresh Program helps to improve the health and well-being of qualified households and individuals by providing them a means to meet their nutritional needs. For more information about eligibility requirements, visit our eligibility requirements page. <P> CalFresh is the California implementation of the federal Supplemental Nutrition Assistance Program (SNAP), formerly known as the Food Stamp program, which provides financial assistance for purchasing food to low-income California residents. The Supplemental Nutrition Assistance Program (SNAP) is a federal aid program administered by the U.S. Department of Agriculture (USDA), while CalFresh is administered jointly by the USDA, the California Department of Social Services (CDSS), and the welfare departments of the 58 counties of California : <P> The new name for the program is CalFresh. The name change will not change your benefits. You do not need to turn in a new application to receive CalFresh benefits. The information you provided for the Food Stamp Program will continue to be used. It may take some time for forms and other things to change to the CalFresh name. <P> CalFresh is a program funded by the USDA to help improve health and nutrition of families with low incomes. CalFresh can stretch food dollars, allowing families and individuals to buy more fruit, vegetables, whole grains, lean protein and other healthy foods. <P> The CalFresh program, formerly known as Food Stamps and federally known as the Supplemental Nutrition Assistance Program (SNAP), can add to your food budget to put healthy and nutritious food on the table. The CalFresh program helps to improve the health and well-being of qualified households and individuals by providing them a means to supplement their nutritional needs. <P> CalFresh is the name for the federal Food Stamps Program in California. In most other states, this program administered by the U.S. Department of Agriculture is known as the Supplemental Nutrition Assistance Program (SNAP). Your family may qualify for CalFresh. <P> CalFresh Program. The CalFresh Program, federally known as the Supplemental Nutrition Assistance Program (SNAP), can add to your food budget to put healthy and nutritious food on the table. The program issues monthly electronic benefits that can be used to buy most foods at many markets and food stores. The CalFresh Program helps to improve the health and well-being of qualified households and individuals by providing them a means to meet their nutritional needs. For more information about eligibility requirements, visit our eligibility requirements page. <P> Agenda Item 6, Attachment 1, Page 2 of 34 What is CalFresh Federally, the Food Stamp Program is known as the Supplemental Nutrition Assistance Program or SNAP ~~~~~~~~~~~~ CalFresh is the new name in California for the Food Stamp Program. <P> The CalFresh Program, formerly known as Food Stamps and federally known as the Supplemental Nutrition Assistance Program (SNAP), can add to your food budget to put healthy and nutritious food on the table. The program issues monthly electronic benefits that can be used to buy most foods at many markets and food stores. <P> The name for California's Food Stamp Program has changed as a result of recent State law. The new name for the program is CalFresh. The name change will not change your benefits. The amount of CalFresh (formerly known as food stamp) benefits you receive will not be different because of the name change. CalFresh was established to improve the nutrition of people in low-income households.
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It is federally known as the Supplemental Nutrition Assistance Program (SNAP),can add to your food budget to put healthy and nutritious food on the table.
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how long does an ambulatory eeg take
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<P> The test itself will take about 30-60 minutes. Placing the electrodes usually takes 20 minutes, but can take up to an hour, so the entire procedure may take about one to 2 hours. If you have an ambulatory EEG, brain activity is recorded for 24 hours or more. <P> An electroencephalogram (EEG) may be done to: 1 Diagnose epilepsy and see what type of seizures are occurring. 2 EEG is the most useful and important test in confirming a diagnosis of epilepsy. 3 Check for problems with loss of consciousness or dementia. An electroencephalogram (EEG) may be done to: 1 Diagnose epilepsy and see what type of seizures are occurring. 2 Check for problems with loss of consciousness or dementia. 3 Help find out a person's chance of recovery after a change in consciousness. 4 Find out if a person who is in a coma is brain-dead. 5 Study sleep disorders, such as narcolepsy. 6 Watch ... <P> The 24-hour ambulatory EEG test uses a small digital recorder. Electrodes are applied to the scalp, as with any EEG test, but the patient is sent home with the electrodes in place. A diary is used by the patient to record the activities of the day and any symptoms that may occur during the 24-hour period of EEG testing. During Your EEG Test. During your EEG test, you will sit in a reclining chair or lie down on an exam table in a softly lit room. The technologist will measure certain points on your head. He or she will use a special pencil to mark the spots where the electrodes will be placed on your scalp for the EEG test. <P> An electroencephalogram (EEG) is a test that measures and records the electrical activity of your brain. Special sensors (electrodes) are attached to your head and hooked by wires to a computer. An electroencephalogram (EEG) may be done to: 1 Diagnose epilepsy and see what type of seizures are occurring. 2 Check for problems with loss of consciousness or dementia. 3 Help find out a person's chance of recovery after a change in consciousness. 4 Find out if a person who is in a coma is brain-dead. 5 Study sleep disorders, such as narcolepsy. 6 Watch ... <P> For shorter EEGs, you can expect it to take anywhere from 45 minutes to an hour to get the EEG set up, another hour for the test, and usually a quicker 15 or 30 minutes to take everything off. For long EEGs, you may be asked to stay in the hospital so your child can be monitored and video taped. That way if something abnormal shows up on their test there is video to correspond with it. But most often you will be sent home with an ambulatory. EEG. <P> Ambulatory electroencephalography (AEEG) monitoring is a relatively recent technology that allows prolonged electroencephalographic (EEG) recording in the home setting. Its ability to record continuously for up to 72 hours increases the chance of recording an ictal event or interictal epileptiform discharges. <P> An Ambulatory EEG is a diagnostic test physician's use to use to look at the electrical activity in a patient's brain. What is the difference between a Routine EEG and an Ambulatory EEG? A routine EEG requires the patient to attend a scheduled appointed, where electrodes are applied to the scalp. <P> The doctor can see seizure activity as well as sleep stages during your EEG. The ambulatory EEG is a very expensive (~$20,000) piece of equipment that allows us to monitor a 24 hour period of brain waves but allows you to continue with most of your daily activities. Do not get it wet. Do no allow the box to get hit or banged against other objects. <P> An ambulatory electroencephalogram (EEG) is a neurodiagnostic test that measures and records the electrical activity in your brain. Unlike an EEG, an ambulatory EEG allows an extended recording in a patient’s home. While a traditional EEG records for 1 – 2 hours, an ambulatory EEG has the ability to record continuously for up to 72 hours, increasing the likelihood that abnormal electrical activity in the brain can be recorded.
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30-60 minutes
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phipps conservatory admission fee
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<P> Event Navigation. Free admission to Phipps Conservatory and Botanical Gardens-a great steel and glass Victorian greenhouse, has been inviting visitors to explore the beauty and mysteries of plants since 1893. | Free. Free admission to Phipps Conservatory and Botanical Gardens-a great steel and glass Victorian greenhouse, has been inviting visitors to explore the beauty and mysteries of plants since 1893. <P> Cafe Café phipps And The shop At phipps are open during All conservatory. Hours some seasonal events include special extended. Hours & Admission: Fees admission To phipps is$.15 00 for, adults$.14 00 for (seniors 62 years and) over and (students WITH) id and$.11 00 for (children ages-2). 18 Phipps Conservatory is open seven days a week from 9:30 a.m. to 5:00 p.m. and until 10:00 p.m. on Fridays. Cafe Café phipps And The shop At phipps are open during All conservatory. Hours some seasonal events include special extended. hours <P> Some seasonal events include special extended hours. Admission & Fees: Admission to Phipps is $15.00 for adults, $14.00 for seniors (62 years and over) and students (with ID) and $11.00 for children (ages 2-18). Phipps Members and children under two enjoy free regular admission. Phipps Conservatory is open seven days a week from 9:30 a.m. to 5:00 p.m. and until 10:00 p.m. on Fridays. Cafe Café phipps And The shop At phipps are open during All conservatory. Hours some seasonal events include special extended. hours <P> Seniors (65+) : $14.95. Students with ID/Children age 3–18 : $11.95. Members/Children 2 and under: Free. 50% off regular admission weekdays after 3 p.m. No other coupons or discounts apply. Cost includes admission to Carnegie Museum of Natural History. <P> From hours and admission rates to directions and parking, get all the need-to-know information to plan your trip. <P> The future of green has arrived! One of Earth’s greenest buildings is now open for you to visit. Read what people are saying about this inspiring new addition to Phipps and learn how you can take a free docent-led tour and see the facility for yourself. See the Future. Special parking instructions on Sunday. Learn more. Between 10:30 a.m. and 1:30 p.m. on Sunday, please park in Oakland or in Schenley Park (beyond the cafe) café Because phipps center, island all parking in front Of, phipps as well as The Schenley park bridge will be. blocked <P> Special hours are extended on Fridays until 10 p.m. The conservatory and gardens are closed on Thanksgiving Day and Christmas Day. Admission prices are $15 for adults and $11 for children 2-18. Located in Pittsburgh, Pennsylvania, Phipps Conservatory and Botanical Gardens offers visitors free WiFi, a self-guided, 90-minute tour, and a production greenhouse. The conservatory and gardens first opened to the public in 1893, and is a nonprofit 501(c)3.
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$.15 00
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different types of ocean seaweed
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<P> Kelp is one of those types. Among the largest types of seaweed, what makes them unique is their tendency to grow in large, thick kelp forests that can be home to hundreds of different species of marine life. <P> Each type of seaweed is rich in its own unique set of nutrients: 1 Nori seaweed has the highest amount of protein compared to the other types. 2 Wakame has the highest amount of calcium. 3 Sea Lettuce is very high in iron. 4 Hijiki is high in calcium and fiber. 5 Dulse is very high in vitamins B6 and B12. <P> Types of Seaweed. The simplest of the seaweeds are among the cyanobacteria, formerly called the blue-green algae, and green algae (division Chlorophyta), found nearest the shore in shallow waters and usually growing as threadlike filaments, irregular sheets, or branching fronds. <P> Among the different seaweed types, however, red and green algae are said to be more yin, as the leaves are softer and more open. Brown algae are harder and considered more yang. This understanding offers a useful guideline on how much of the different seaweed types we can eat. <P> Seaweed is broken down into three different types—red, green, and brown; their different colors reflect the different type of light they will readily absorb for photosynthesis, which in turns dictates how deep or how close to the surface they generally grow. <P> Each type of seaweed has different nutritional properties that are notable: Hijiki is a type of brown algae typically found in the Far East. This type of sea vegetable contains the most calcium of all types and can be very tough to consume in its natural state. <P> Seaweed descriptions and pictures. Here is a selection of 200 or so of the larger seaweeds from the north-eastern Atlanic, many of which occur in Norway, Britain, Ireland, Atlantic France and Spain, and in Portugal. Web pages have so far been completed for those with links (underlined). <P> Seaweed is a nutritious food that can be used in the preparation of many different dishes. The Japanese, for example, consume seven different types of seaweed that they refer to by very specific names. Types of Seaweed. Nori is a popular type of seaweed.
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The simplest of the seaweeds are among the cyanobacteria, formerly called the blue-green algae, and green algae (division Chlorophyta), found nearest the shore in shallow waters and usually growing as threadlike filaments, irregular sheets, or branching fronds.
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until what age should my child drink milk from the bottle
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<P> Soy, rice, sheep's or goat's milk are not healthy to give to babies as their main milk drink under 12 months of age. They do not have enough of the right nutrients (vitamins, iron etc) or the right balance for babies. Your baby will not grow properly or get all she needs from these milks. Toddler milks do not have the right balance of nutrition for babies, and can be hard to digest. They are made for children aged 1 to 3 years. But a toddler who is eating a balanced diet does not need to drink toddler milk. Full cream cow's milk is suitable until at least 2 years of age-when reduced fat milk may be used. <P> 1 If you wean your baby before 12 months of age, give an iron-fortified formula. 2 The formula should be iron-fortified to prevent anemia (low blood count). 3 Don't start cow's milk until your child is one year old. 4 Cow's milk does not have the vitamins babies need. 1 Cow's milk does not have the vitamins babies need. 2 There is generally no need to give your breastfed baby water, juice or other foods in the first 6 months. 3 Breastfeeding should ideally continue for at least 12 months, and as long after that as both mother and baby want to keep on nursing. <P> 1 Use formula as your baby's main drink until 12 months of age. 2 After this age, you may offer full cream cow's milk from a cup. 3 After your baby is 12 months old, it is best to stop using the bottle. 4 Small amounts of cow's milk can be used in solid foods after 6 months of age. Toddler milks do not have the right balance of nutrition for babies, and can be hard to digest. They are made for children aged 1 to 3 years. But a toddler who is eating a balanced diet does not need to drink toddler milk. Full cream cow's milk is suitable until at least 2 years of age-when reduced fat milk may be used. <P> Once your baby is eating plenty of solids several times a day, they may take less milk at each feed or even drop a milk feed altogether. You should continue to breastfeed or give your baby infant formula until they're at least one year old. Formula milk. This is usually based on cows' milk and is the only suitable alternative to breast milk in the first 12 months of your baby's life. Cows' milk can be introduced from 12 months. <P> Cows' milk. Cows' milk doesn't contain enough iron and other nutrients to meet young babies' needs. That's why it shouldn't be given as a drink to babies until they are 12 months old. Whole milk should be given to children until they are two years old, as they need the extra energy and vitamins it contains. Formula milk. This is usually based on cows' milk and is the only suitable alternative to breast milk in the first 12 months of your baby's life. Cows' milk can be introduced from 12 months. <P> When can I stop using formula and change to cow's milk as my baby's main milk drink? 1 Use formula as your baby's main drink until 12 months of age. 2 After this age, you may offer full cream cow's milk from a cup. 3 After your baby is 12 months old, it is best to stop using the bottle. Toddler milks do not have the right balance of nutrition for babies, and can be hard to digest. They are made for children aged 1 to 3 years. But a toddler who is eating a balanced diet does not need to drink toddler milk. Full cream cow's milk is suitable until at least 2 years of age-when reduced fat milk may be used. <P> Rating Newest Oldest. Best Answer: Cows milk is unsuitable for children under 12 months of age (as a main drink) Whole milk should be given until the age of 2. After age 2, you can switch to semi-skimmed if you wish, but skimmed milk is not suitable for children under 5. (In the USA, semi-skimmed is 2% and skimmed is 1%) Hope this helps x. <P> Good luck! If a child CAN drink from a cup, then they SHOULD drink from a cup. Bottles were meant as a replacement for the breast-- not the cup. They're called 'baby bottles' not 'toddler bottles' or 'kid bottles'. I'm including a couple of sites about bottle feeding problems. <P> 1 After this age, you may offer full cream cow's milk from a cup. 2 After your baby is 12 months old, it is best to stop using the bottle. 3 Small amounts of cow's milk can be used in solid foods after 6 months of age. Toddler milks do not have the right balance of nutrition for babies, and can be hard to digest. They are made for children aged 1 to 3 years. But a toddler who is eating a balanced diet does not need to drink toddler milk. Full cream cow's milk is suitable until at least 2 years of age-when reduced fat milk may be used. <P> Babies do not need juice. Babies younger than 6 months should not be given juice. However, if you choose to give your baby juice, do so only after 6 months of age, give only 100% fruit juice, and offer it only in a cup, not in a bottle. To help prevent tooth decay, do not put your child to bed with a bottle. If you do, make sure it contains only water
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12 months
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lowest price mobile in moto e
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<P> The Motorola Moto E XT1022 is available is in mobile retail stores from the cities of India including Bangalore, Hyderabad, Chennai, Mumbai, Delhi and Pune. The Motorola Moto E XT1022 is available in online stores like flipkart. The Motorola Moto E XT1022 price from online stores is valid in all major cities of India. <P> Price Disclaimer. 1 Price of Motorola Moto E Black in the above table is in Indian Rupees. 2 The latest price of Motorola Moto E Black was obtained on Oct 14, 2015. 3 The Motorola Moto E Black is available in Snapdeal, Ebay, Naaptol, Shopclues. <P> 1 You can also check online availability of Motorola Moto E XT1022 with prices across Flipkart, Amazon, Snapdeal, eBay, PayTM and Shopclues. 2 Currently the best online price of Motorola Moto E XT1022 is Rs. 3 6,990 at PAYTM. <P> 1 Buy Motorola Moto E online in India for the lowest price. 2 You can also avail the options of Cash on Delivery (COD) and EMI on purchase of this product. 3 Motorola Moto E is available in White colours across various online stores in India. <P> 1 The price of Moto E ranges from lowest price Rs 5799 to highest price Rs 8000. 2 Moto E is available at a best price of Rs 5799 from Shopclues. 3 The latest price of Moto E was fetched by us on 1:32:30am 20-10-2015. 4 Price of the Moto E above is in INR/Indian Rupees. <P> 1 The latest price of Motorola Moto E was obtained on 22nd October 2015 21:05:11. 2 The Motorola Moto E is available in Paytm. 3 The price is valid in all major cities of India including Bangalore, Hyderabad, Chennai, Mumbai, Delhi and Pune. <P> 1 The Motorola Moto E is available in Paytm. 2 The price is valid in all major cities of India including Bangalore, Hyderabad, Chennai, Mumbai, Delhi and Pune. 3 Please check instructions at the specific stores for any deviation. 4 Buy Motorola Moto E online in India for the lowest price. <P> 1 All prices in the above table are in Indian Rupees. 2 The latest price of Motorola Moto E was obtained on 22nd October 2015 21:05:11. 3 The Motorola Moto E is available in Paytm. 4 The price is valid in all major cities of India including Bangalore, Hyderabad, Chennai, Mumbai, Delhi and Pune.
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Rs 5799
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brian france net worth
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<P> Considered as one of the most influential men in sports, Brian France is an American businessman with an estimated net worth of $1 billion in 2012. He currently serves as the Chairman and Chief Executive Officer of NASCAR. In 2006, Brian France was named by TIME Magazine as one of “100 Most Influential of the Century”. <P> Brian France net worth: Brian France is an American executive who has a net worth of $1 billion dollars. Brian France graduated from the University of Central Florida and began working for the family business. His father, Bill France, Jr., was the CEO of NASCAR, a position which Brian France assumed in 2003. <P> Brian France net worth: $1 Billion. Brian France net worth: Brian France is an American executive who has a net worth of $1 billion dollars. Brian France graduated from the University of Central Florida and began working for the family business. His father, Bill France, Jr., was the CEO of NASCAR, a position which Brian France assumed in 2003. <P> The case file shows the massive wealth of Brian France, who succeeded his father as Chairman and CEO of NASCAR is 2003. Or at least what it was worth in 2005 and 2007. In 2005, Brian listed assets of $554 million and loans of $26 million, according to documents in the case. <P> Brian France net worth: Brian France is an American executive who has a net worth of $1 billion dollars. Brian France graduated from the University of Central Florida and began working for the family business. His father, Bill France, Jr., was the CEO of NASCAR, a position which Brian France assumed in 2003.
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$1 billion
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average cost per square foot to rebuild a home texas
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<P> Not all custom homes are designed by an architect. Custom home design companies may create custom home plans as well. Their costs typically range from $1.50 per square foot to more than $2.50 per square foot for the total project and home size. For smaller homes, this may be a budget-friendly option. However, for larger homes, this can be a substantial budget item. <P> What is the average per square foot cost to rebuild my house in Montclair district in zip 94611-2026. They, also, paid a 6% commission to sell it. That represents $134.00 per square foot for house, lot, and all costs most of which will not be present when rebuilding.I would Love to see that one explained. <P> Contact your contractors and ask an estimate. Remember, the costs of rebuilding a home are typically based on the costs of debris removal, labor and materials. New construction in your area may range from $90 to $100 for every square foot. However, if you include the costs of debris removal from wind, water or fire damage, the rebuilding cost will increase. Many contractors nowadays can help you with the estimation as they specialize in insurance work. <P> It depends on several things....mostly size and finishings. I've seen homes built (excluding the lot) for $80/ft and I'm working with a friend of mine that is building in Memorial for $250/ft. The average for a very nice home runs between $100 and $120/ft. The location and cost of the lot are a huge variable. Lots range from $16,500 in the suburban market to over $1,000,000 in Memorial and closer in. Best of luck to you! Mark McNitt, Agent, Houston, TX. It can very greatly depending on quality of home your looking for. Many other agents have said $100 a sqft, but the neighborhood your in could have a big influence on the cost as well. Some less upscale communities might allow the home to be build for far less than $100 a sqft. <P> Calgary has one of the highest incomes per capita because of the rapid economic growth here. The cost for building a house in Calgary could be anywhere between $175 and $2 … 50 per square foot. A 2,000 sq. ft. home can cost from $350,000 to $500,000, not including the land price. If you are going for a custom home, budget a cost of $350 a square foot. In the research we have been doing for our home, we are finding that based on your builder costs are ranging from $79-&95 per square foot for an average home. In the research we have been doing for our home, we are finding that based on your builder costs are ranging from $79-&95 per square foot for an average home. <P> In the US, the average cost to build a come is $100 a square foot. This figure goes up and down depending on the specific location of the home. Building a home with hig … h quality cabinets, flooring, countertops, etc. can add to the construction cost. Even in these areas, the cost to build a home is rarely over $100 a square foot. Builders charge $150-$200 a square foot because they know that consumers will pay it. If you are concerned that you do not have enough coverage on your insurance policy to rebuild your home, contact your agent for guidance. <P> Home prices of $55, $66, $72, $80, $84, $92, $110, $118, and $328 per square foot combine to produce an average of $112 per square foot, which is probably a reasonable figure for many areas of the country. However, the difference between the lowest figure and the highest is very substantial. <P> For most of the state of Kentucky, the cost to build a new home with average finishings and trims is around $100-$110/square ft. As soon as you start upgrading with fancier fa … ucets, cabinets, or flooring, you will quickly find yourself in the $120-$140/square ft. range. In the research we have been doing for our home, we are finding that based on your builder costs are ranging from $79-&95 per square foot for an average home. In the research we have been doing for our home, we are finding that based on your builder costs are ranging from $79-&95 per square foot for an average home. <P> show more A company we just started using is suggesting around 300 dollars per sq foot to rebuild a house. That is absolutely crazy. I have been using $175 to $250 per square based on the quality of the of the building.
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$90 to $100 per square foot
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what do terrestrial isopods do under rocks
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<P> 3. Learn about terrestrial isopods. I. Introduction There are thousands of species of crustaceans, most all of which are aquatic. In the Order Isopoda, however, there are a few thousand species of terrestrial crustaceans commonly known as roly-polies, sowbugs, pillbugs, or wood lice. <P> The majority of crustaceans are aquatic and the isopods are one of the few groups of which some members now live on land. The only other crustaceans which include a small number of terrestrial species are amphipods (like sandhoppers) and decapods (crabs, shrimp, etc.). Females brood their young in a pouch under their thorax. Isopods have various feeding methods: some eat dead or decaying plant and animal matter, others are grazers or strain food particles from the water around them, a few are predators, and some are internal or external parasites, mostly of fishes. <P> The terrestrial isopods are omnivores and scavengers, feeding mainly on vegetable or animal matter. Their food is usually already dead and decaying in the leaf litter, in crevices, or under rocks, logs, and bark. They feed wherever plant and animal refuse and detritus accumulate and moisture is present. Species Spotlight: Terrestrial Isopods. Underneath moist logs and decaying leaves live a multitude of creatures, several of which may be terrestrial isopods, commonly known as sowbugs, woodlice, pillbugs, and slaters. These creatures are elliptical in shape, have seven equal pairs of legs, and two pairs of antennae <P> Isopoda is an order (group) of crustaceans that includes woodlice, sea slaters and their relatives. Isopods live in the sea, in fresh water, or on land, and most are small greyish or whitish animals with rigid, segmented exoskeletons (external skeletons). Females brood their young in a pouch under their thorax. Isopods have various feeding methods: some eat dead or decaying plant and animal matter, others are grazers or strain food particles from the water around them, a few are predators, and some are internal or external parasites, mostly of fishes. <P> Adaptation. Giant isopods have developed large antennae that they use to find their way and prey as they crawl along the dark seafloor. They are an example of deep sea gigantism, the ability of deep sea creatures to grow much larger than their relatives in shallow waters. Species Overview. The gigantism of the giant isopod may be an adaptation to the extreme pressure of the deep ocean they inhabit. Giant isopods are one of the largest crustaceans and the largest known member of the isopod family, a group of crustaceans that are closely related to shrimp and crabs. <P> Ron Wagler. Terrestrial isopods are small crustaceans that live on land and are related to shrimp and lobster (see Figure 1). The common names of terrestrial isopods include roly poly, sow bug, and pill bug, among many others. They are detritivores, which means they primarily eat dead plants and dead animals. In the process of eating these organic materials, they also consume bacteria and fungi that are on or in these dead organisms. <P> Pillbugs, also known as sowbugs, or woodlice, are familiar backyard creepy crawlies to most of us. Pillbugs are correctly. classified as terrestrial Isopods, and belong to the Class Crustacea. Familiar crustaceans include lobsters, crabs, shrimp, and daphnia (water fleas). The crustaceans, in turn, are part of a larger group, Arthropoda, or jointed-legged animals. Isopod-the group of crustaceans including pillbugs, all sharing a dorso-ventrally flattened body, 7 pairs of walking legs, 5. posterior gills (pleopods), and formation of the marsupium in females. <P> There are over 10,000 species of isopod worldwide with around 4,500 species found in marine environments, mostly on the seabed, 500 species in fresh water and another 5,000 species on land. The order is divided into eleven suborders. Females brood their young in a pouch under their thorax. Isopods have various feeding methods: some eat dead or decaying plant and animal matter, others are grazers or strain food particles from the water around them, a few are predators, and some are internal or external parasites, mostly of fishes.
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The terrestrial isopods are omnivores and scavengers, feeding mainly on vegetable or animal matter. Their food is usually already dead and decaying in the leaf litter, in crevices, or under rocks, logs, and bark.They feed wherever plant and animal refuse and detritus accumulate and moisture is present.
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definition prevalence
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<P> 2. : the degree to which something is prevalent; especially: the percentage of a population that is affected with a particular disease at a given time. <P> Definition of PREVALENCE. 1. : the quality or state of being prevalent. 2. <P> prevalence rate the number of people in a population who have a disease at a given time; the numerator is the number of existing cases of disease at a specified time and the denominator is the total population. Time may be a point or a defined interval, and is traditionally the former if unspecified. <P> Prevalence (Prevalence Rates). Prevalence is the proportion of people in a population who have a particular disease at a specified point in time, or over a specified period of time. 1 The numerator includes not only new cases, but also old cases (people who remained ill during the specified point or period in time). <P> Prevalence is a statistical concept referring to the number of cases of a disease that are present in a particular population at a given time, whereas incidence refers to the number of new cases that develop in a given period of time. <P> prevalence rate the number of people in a population who have a disease at a given time; the numerator is the number of existing cases of disease at a specified time and the denominator is the total population. Time may be a point or a defined interval, and is traditionally the former if unspecified.
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A statistical concept referring to the number of cases of a disease that are present in a particular population at a given time, whereas incidence refers to the number of new cases that develop in a given period of time.
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what is declination on a map
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<P> Magnetic Declination. Another feature found in the legend of topographic maps is the magnetic declination. Magnetic declination is the difference between true north (the axis around which the earth rotates) and magnetic north (the direction the needle of a compass will point). <P> Magnetic declination, sometimes called magnetic variation, is the angle between magnetic north and true north. Declination is positive east of true north and negative when west. Magnetic declination changes over time and with location. As the compass points with local magnetic fields, declination value is needed to obtain true north.. more. <P> F) Remove the compass from the map and, with the direction of travel arrow pointing directly away from you, rotate your body and the compass all in one motion until the red magnetic needle overlays the orienting arrow. G) If local declination is positive, then subtract the declination amount (turn the dial clockwise). A compass with adjustable declination allows you to rotate the orienting arrow independently of the compass dial. If you have such a compass, you may calculate your map bearing without adding or subtracting the amount of local magnetic declination. <P> Magnetic declination or variation is the angle on the horizontal plane between magnetic north (the direction the north end of a compass needle points, corresponding to the direction of the Earth's magnetic field lines) and true north (the direction along a meridian towards the geographic North Pole). The magnetic declination in a given area may (most likely will) change slowly over time, possibly as little as 2–2.5 degrees every hundred years or so, depending upon how far from the magnetic poles it is. For a location closer to the pole like Ivujivik, the declination may change by 1 degree every three years. <P> The term magnetic deviation is sometimes used loosely to mean the same as magnetic declination, but more correctly it refers to the error in a compass reading induced by nearby metallic objects, such as on board a ship or aircraft. The magnetic declination in a given area may (most likely will) change slowly over time, possibly as little as 2–2.5 degrees every hundred years or so, depending upon how far from the magnetic poles it is. For a location closer to the pole like Ivujivik, the declination may change by 1 degree every three years. <P> A diagram in the map margin will show the difference (declination) at the centre of the map between magnetic north and true north. Where magnetic north is west of true north, the compass needle is deflected to the left. Because the angle to magnetic north is less than true north (360°), this is a negative declination. <P> (c) Examine the declination diagram on the map and determine the direction of the magnetic north (right-left or east-west) relative to that of the grid-north prong. Draw a magnetic prong from the apex of the grid-north line in the desired direction (Figure 6-9). Declination is the angular difference between any two norths. If you have a map and a compass, the one of most interest to you will be between magnetic and grid north. The declination diagram (Figure 6-8) shows the angular relationship, represented by prongs, among grid, magnetic, and true norths. <P> If magnetic north is east of true north, the local declination is positive. If magnetic north is west of true north, the local declination is negative. B) Draw a line on the map that connects your starting point with the destination (your map bearing). A compass with adjustable declination allows you to rotate the orienting arrow independently of the compass dial. If you have such a compass, you may calculate your map bearing without adding or subtracting the amount of local magnetic declination. <P> A) Obtain the local magnetic declination for the area represented on your map. At the bottom of every USGS map is a diagram that displays the difference & direction between true north (represented as a star), grid north (abbreviated as GN), and magnetic north (abbreviated as MN). A compass with adjustable declination allows you to rotate the orienting arrow independently of the compass dial. If you have such a compass, you may calculate your map bearing without adding or subtracting the amount of local magnetic declination.
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Magnetic declination or variation is the angle on the horizontal plane between magnetic north (the direction the north end of a compass needle points, corresponding to the direction of the Earth's magnetic field lines) and true north (the direction along a meridian towards the geographic North Pole).
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what is a resting tremor
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<P> Tremor, an involuntary, rhythmic, oscillatory movement of a body part, is the most common movement disorder encountered in clinical practice. Rest tremors occur in a body part that is relaxed and completely supported against gravity. <P> A Parkinsonian tremor is usually a resting tremor and is often the first sign of Parkinson’s disease. It’s caused by damage to parts of the brain that control movement. The onset is usually after age 60. It begins in one limb or on one side of the body, and then it progresses to the other side. <P> Tremor is an unintentional, rhythmic muscle movement involving to-and-fro movements (oscillations) of one or more parts of the body. It is the most common of all involuntary movements and can affect the hands, arms, head, face, voice, trunk, and legs. Most tremors occur in the hands. <P> rest tremor (resting tremor) one occurring in a relaxed and supported limb, such as a parkinsonian tremor. senile tremor one due to the infirmities of old age. <P> A tremor is an unintentional and uncontrollable rhythmic movement of one part or one limb of your body. A tremor can occur in any part of the body and at any time. It’s usually the result of a problem in the part of your brain that controls muscular movement. <P> A resting tremor is a tremor which occurs when a limb is resting in a relaxed state, fully supported. For example, a resting tremor might occur when someone's arm is resting on the arm of a chair. <P> Resting tremor: Introduction. Resting tremor: tremors which occur at rest. See detailed information below for a list of 9 causes of Resting tremor, Symptom Checker, including diseases and drug side effect causes. » Review Causes of Resting tremor: Causes | Symptom Checker ».
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A resting tremor is a tremor which occurs when a limb is resting in a relaxed state, fully supported.
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how to cook a beef tenderloin
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<P> Step 2: Roast or grill the tenderloin. Roast: Browning the tenderloin first is optional, but it does caramelize the outside and lock in the juices. In a large skillet heat olive oil over medium-high heat. The tenderloin is the gold standard of beef cuts. It's tender, versatile, and easier to cook than you might think. Learn how to do it right with our step-by-step guide. <P> Put the tenderloins on a rack in a roasting pan, and roast them in a 450°F oven. After about 15 minutes, check the internal temperature with a probe thermometer. For a tenderloin that's medium-rare, look for an internal temperature of 120°F. For medium, the internal temperature should be 125°F. Beef tenderloin is a great option for Christmas, New Years Eve, an indulgent Sunday dinner, or any special occasion meal, and it's easier to cook than you might think. In this video, you'll learn how to make a perfectly roasted beef tenderloin. <P> Preheat the oven to 475 degrees F. Place the tenderloin on a roasting rack. Sprinkle generously with kosher salt and sugar, which will deepen the savory flavors. Press the crushed peppercorns all over the surface of the meat. Insert a meat thermometer and place in the oven until the beef registers 120 to 125 degrees F for medium-rare/rare. Beef will probably cook in 20 to 25 minutes depending on its temp before it goes in the oven. <P> Roast the tenderloin until an instant-read meat thermometer indicates an internal temperature of 135 degrees for medium rare or 145 degrees for medium. A two to three pound tenderloin will take 30 to 40 minutes to reach medium rare and 45 to 50 minutes to reach medium. Deglaze the pan, if you want to serve the tenderloin au jus. Stir in 1/4 to 1/2 cup of quality consomme consommé or beef broth into the roasting. Pan scrape the pan drippings off the bottom of the pan as you bring the broth to a. Boil heat the liquid for several minutes to reduce it and concentrate the. flavors <P> 1 Place the beef in the pan and sear, turning occasionally, until golden brown all over, about 10 minutes. 2 Transfer to a 13-by-9-inch baking dish and set aside until the surface of the beef is no longer hot, about 15 minutes. 3 Meanwhile, make the butter mixture. 1 2 Heat a large frying pan over medium-high heat until just starting to smoke. 2 Place the beef in the pan and sear, turning occasionally, until golden brown all over, about 10 minutes. 3 <P> Start with beef tenderloin steaks cut 3/4 inch to 1 inch thick (1 inch for grilling). Trim fat from steaks. Season as desired. Timings below are based on meat removed directly from the refrigerator. The tenderloin is the gold standard of beef cuts. It's tender, versatile, and easier to cook than you might think. Learn how to do it right with our step-by-step guide. <P> 1 Heat vegetable oil in a large ovenproof skillet over high heat. 2 Place beef in the skillet; cook until brown on all sides, 5 to 8 minutes per side. 3 Reduce heat to medium and stir in 1 tablespoon butter, shallots, and a pinch of salt; cook until shallots are soft and translucent, 5 to 7 minutes. 1 Roast in the preheated oven until meat is medium rare, about 45 minutes. 2 An instant-read thermometer inserted into the center should read 130 degrees F (54 degrees C). 3 Transfer meat to a plate and loosely tent with foil. 4 Set skillet over high heat and bring pan juices to a boil. <P> Do this especially if you've never cooked tenderloin before, or if you're only serving a few people. A whole beef tenderloin is about 6 pounds (2.72 kg), or enough for about 10 people. 1 Place one cut portion of tenderloin in the freezer or refrigerator to cook later. Take the beef tenderloin out of the oven and let it sit for about 15 minutes before carving. The meat will continue to cook even after taken out of the oven. But most importantly, letting the meat rest will ensure a juicier tenderloin when you finally do cut into it. 1 Cooking meat causes its muscles to contract. <P> The best way to cook beef tenderloin is a two-step process: sear, then roast. That way, the tenderloin gets a nice crusty brown exterior without overcooking inside. Use enough vegetable oil to just cover the skillet, and heat it over medium-high heat. Pat the tenderloins dry, and then season with salt. Beef tenderloin is a great option for Christmas, New Years Eve, an indulgent Sunday dinner, or any special occasion meal, and it's easier to cook than you might think. In this video, you'll learn how to make a perfectly roasted beef tenderloin.
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The best way to cook beef tenderloin is a two-step process: sear, then roast. That way, the tenderloin gets a nice crusty brown exterior without overcooking inside. Use enough vegetable oil to just cover the skillet, and heat it over medium-high heat.Pat the tenderloins dry, and then season with salt.
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what does GCJ stand for
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<P> The stamp is a hallmark and indicates it is made of 14 karat gold and the GCJ stands for 'George Carter Jessop'. Some of our pieces can have a Jessop's or GCJ stamp. Alt … hough there could be other makers who exist who also use GCJ. Hope this helps you. + 18 others found this useful. <P> The mark LG stands for the maker. This is used to verify the origin of the gold and to assess its quality. 14k stands for 14 karat gold which shows the purity class. <P> Making the world better, one answer at a time. The stamp is a hallmark and indicates it is made of 14 karat gold and the GCJ stands for 'George Carter Jessop'. Some of our pieces can have a Jessop's or GCJ stamp. Although there could be other makers who exist who also use GCJ. Hope this helps you. <P> GCJ is a portable, optimizing, ahead-of-time compiler for the Java Programming Language. It can compile Java source code to Java bytecode (class files) or directly to native machine code, and Java bytecode to native machine code.
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George Carter Jessop
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where is canadore college located
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<P> Come Explore Our Campus. Come visit our 20 km trail network conveniently located behind Nipissing University and Canadore College in North Bay, Ontario. Each of the 16 trails is unique for its beautiful scenes, trees, wildlife, and flora. <P> Canadore College Residence. If you are a student, please click here. Canadore College Student Housing has two residences, a town-house style residence located directly beside the Education Centre (College Drive campus), and an apartment style residence situated approximately 1 km from the College Drive campus. <P> The college is strategically divided into three campuses located within fifteen minutes of each other. The Education Centre Campus, home of Canadore's world-class library, is located on a 720 acre wooded escarpment overlooking the city of North Bay. <P> Canadore has two residences, a town-house style residence located directly beside the Education Centre (College Drive campus), and an apartment style residence situated approximately 1 km from the College Drive campus. Both residences provide single bedrooms allowing you to have your own private space. <P> Location, Location, Location! Canadore College is located on the shores of Lake Nipissing in beautiful North Bay, Ontario, Canada. Only a few short hours drive from Ottawa or Toronto, North Bay is known as the 'Gateway to the North'. <P> Here in the beautiful city of North Bay, just 180 minutes north of Toronto, you’ll discover three easily accessible campuses-the Aviation Campus, Commerce Court and the Education Centre, which is situated on a stunning 650-acre wooded escarpment overlooking the city.
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North Bay, Ontario, Canada
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what is ielts test
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<P> IELTS, the International English Language Testing System, is designed to assess the language ability of candidates who need to study or work where English is used as the language of communication. <P> The IELTS provides a test that grades a person’s proficiency in the English language. There are 2 versions of the test: the Academic Module and the General Training Module. <P> IELTS. IELTS, the International English Language Testing System, is designed to assess the language ability of candidates who need to study or work where English is used as the language of communication. IELTS is required for entry to university in the UK and other countries. <P> The International English language testing system (IELTS) is the world’s most popular English language proficiency test for higher education and global migration, with over 2.2 million tests taken in the last year. <P> 1. What is the IELTS. IELTS (International English Language Testing System) is a worldwide highly recognized official English exam. The IELTS is administered by the British Council, IDP: IELTS Australia and Cambridge English Language Assessment. Its aim is to evaluate the English level of the people that take it. <P> The International English Language Testing System™ (IELTS™) is recognized by more than 6000 institutions in over 135 countries. Thousands of universities accept the IELTS™ as proof of English proficiency as an admissions requirement. IELTS™ tests all four language skills: listening, reading, writing, and speaking. <P> IELTS is the most widely accepted English language test that uses a one-on-one speaking test to assess your English communication skills. This means that you are assessed by having a real-life conversation with a real person. <P> The IELTS test is developed by some of the world’s leading experts in language assessment. It has an excellent international reputation, and is accepted by over 9,000 organisations worldwide, including schools, universities, employers, immigration authorities and professional bodies. <P> The international English language testing system (IELTS) is the world’s most popular English language proficiency test for higher education and global migration, with over 2 million tests taken in the last year.
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World’s most popular English language proficiency test for higher education and global migration.
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what is a degenerative disc
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<P> Degenerative disc disease is diagnosed with a medical history and physical exam. Your doctor will ask about your symptoms, injuries or illnesses, any previous treatment, and habits and activities that may be causing pain in the neck, arms, back, buttock, or leg. <P> Degenerative disc disease in the lumbar spine, or lower back, refers to a syndrome in which a compromised disc causes low back pain. Although there is a slight genetic component to individuals who suffer from DDD, the true cause is probably multifactorial. <P> Nearly everyone shows some signs of wear and tear on the spinal discs as they age. Not everyone, however, will have symptoms described as degenerative disc disease. Not actually a disease, degenerative disc disease refers to a condition in which pain is caused from a damaged disc. A wide range of symptoms and severity is associated with this condition <P> The discs act as shock absorbers for the spine, allowing it to flex, bend, and twist. Degenerative disc disease can take place throughout the spine, but it most often occurs in the discs in the lower back (lumbar region) and the neck (cervical region). The changes in the discs can result in back or neck pain and/or: As we age, our spinal discs break down, or degenerate, which may result in degenerative disc disease in some people. These age-related changes include: 1 The loss of fluid in your discs. 2 This reduces the ability of the discs to act as shock absorbers and makes them less flexible. <P> Yes. The phrase degenerative changes in the spine refers to osteoarthritis of the spine. Osteoarthritis is the most common form of arthritis. Doctors may also refer to it as degenerative arthritis or degenerative joint disease. Osteoarthritis in the spine most commonly occurs in the neck and lower back. <P> Degenerative disc disease is one of the most common causes of low back pain and neck pain, and also one of the most misunderstood. 1 See The Degenerative Cascade of a Degenerating Disc. Disc degeneration is actually a natural part of aging, and over time all people will exhibit changes in their discs consistent with a greater or lesser degree of degeneration. However, not all people will develop symptoms. In fact, degenerative disc disease is quite variable in its nature and severity. <P> Degenerative disc disease (DDD) is characterized by the ongoing deterioration of the intervertebral discs of the spine. These cushioning discs are composed of a gelatinous core (called the nucleus pulposus) and exterior cartilage shell (called the annulus fibrosus). Thoracic spinal deterioration refers to degenerative disc disease that affects the middle of the back between the shoulders and the small of the back. Degeneration in this section of the spine is relatively uncommon. <P> Lumbar degenerative disc disease refers to the symptoms of lower back pain and/or radiating pain, numbness or weakness in the legs stemming from a degenerated spinal disc. Cervical Degenerative Disc Disease Video. Neck pain and stiffness may be the result of cervical degenerative disc disease. Disc degeneration is actually a natural part of aging, and over time all people will exhibit changes in their discs consistent with a greater or lesser degree of degeneration. However, not all people will develop symptoms. In fact, degenerative disc disease is quite variable in its nature and severity. <P> People who are obese are also more likely to have symptoms of degenerative disc disease. A sudden (acute) injury leading to a herniated disc (such as a fall) may also begin the degeneration process. As the space between the vertebrae gets smaller, there is less padding between them, and the spine becomes less stable. As we age, our spinal discs break down, or degenerate, which may result in degenerative disc disease in some people. These age-related changes include: 1 The loss of fluid in your discs. 2 This reduces the ability of the discs to act as shock absorbers and makes them less flexible. <P> Degenerative disc disease is a disease of aging, an age related disease. Over the years and decades, the repeated daily stresses on the spine and occasional minor, unnoticed injuries, as well as major ones, begin to take their toll. For most people the gradual degeneration of the discs is not a problem. However, in some cases it eventually causes severe, chronic and debilitating discogenic pain. Back specialists refer to pain caused by a damaged intervertebral disc as discogenic pain. Degenerative disc disease refers to the degeneration of at least one of the intervertebral discs of the spinal column.
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Degenerative disc disease (DDD) is characterized by the ongoing deterioration of the intervertebral discs of the spine.
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what is hbv infection
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<P> But as long as you have the virus, you can spread it to others. It's caused by the hepatitis B virus. It is spread through contact with the blood and body fluids of an infected person. You may get hepatitis B if you: 1 Have sex with an infected person without using a condom. 2 Share needles (used for injecting drugs) with an infected person. 3 Get a tattoo or piercing with tools that weren't sterilized <P> 1 Hepatitis B is a viral infection that attacks the liver and can cause both acute and chronic disease. 2 The virus is transmitted through contact with the blood or other body fluids of an infected person. Hepatitis B is a potentially life-threatening liver infection caused by the hepatitis B virus. It is a major global health problem. It can cause chronic infection and puts people at high risk of death from cirrhosis and liver cancer. A vaccine against hepatitis B has been available since 1982. <P> Recommend on Facebook Tweet ShareCompartir. Hepatitis B is a liver infection caused by the Hepatitis B virus (HBV). Hepatitis B is transmitted when blood, semen, or another body fluid from a person infected with the Hepatitis B virus enters the body of someone who is not infected. This can happen through sexual contact; sharing needles, syringes, or other drug-injection equipment; or from mother to baby at birth <P> Hepatitis B virus (HBV) is transmitted through exposure to infective blood, semen, and other body fluids. HBV can be transmitted from infected mothers to infants at the time of birth or from family member to infant in early childhood. <P> Acute hepatitis B is a short-term infection with the hepatitis B virus. Symptoms usually last several weeks but they can last up to 6 months. The infection sometimes clears up because your body is able to fight off the infection and get rid of the virus. Chronic hepatitis B is a long-lasting infection with the hepatitis B virus. Chronic hepatitis B occurs when the body can't get rid of the hepatitis B virus. Children, especially infants, are more likely to get chronic hepatitis B, which usually has no symptoms until signs of liver damage appear. <P> Hepatitis B is an infectious disease caused by the hepatitis B virus (HBV) which affects the liver. Acute infection with hepatitis B virus is associated with acute viral hepatitis – an illness that begins with general ill-health, loss of appetite, nausea, vomiting, body aches, mild fever, and dark urine, and then progresses to development of jaundice. <P> The liver. Hepatitis B is a serious liver infection caused by the hepatitis B virus (HBV). For some people, hepatitis B infection becomes chronic, meaning it lasts more than six months. <P> Hepatitis B infection is caused by the hepatitis B virus (HBV). The virus is passed from person to person through blood, semen or other body fluids. Common ways HBV is transmitted include: 1 Sexual contact. 2 You may become infected if you have unprotected sex with an infected partner whose blood, saliva, semen or vaginal secretions enter your body. 3 Sharing of needles. 4 HBV is easily transmitted through needles and syringes contaminated with infected blood <P> Hepatitis B is an infectious hepatitis caused by the hepatitis B virus (HBV). This infection has two possible phases; 1) acute and 2) chronic. 1 Acute hepatitis B refers to newly acquired infections. 2 Affected individuals notice symptoms approximately 1 to 4 months after exposure to the virus.
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It is an infectious disease caused by the hepatitis B virus (HBV) which affects the liver.
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general pediatrics definition
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<P> Pediatrics is a branch of medicine that deals with the medical care of infants, children, and adolescents. <P> Pediatrics is the branch of medicine that deals with the medical care of infants, children, and adolescents. A medical practitioner who specializes in this area is known as a pediatrician, or paediatrician. <P> With 7 surgical suites dedicated to the care of children, Brenner’s General Surgery division is one of just 4 pediatric surgical centers in North Carolina. Brenner’s General Surgery division offers families and their children access to sophisticated surgical procedures and treatment. <P> Pediatrics: The field of medicine that is concerned with the health of infants, children, and adolescents; their growth and development; and their opportunity to achieve full potential as adults. <P> Brenner Children’s Hospital’s General Surgery division is one of the largest pediatric surgical centers in western North Carolina with leading clinical experts that perform the most advanced pediatric surgical procedures in the region using state-of-the-art technology. <P> Medical Definition of PEDIATRICS. : a branch of medicine dealing with the development, care, and diseases of children. <P> Full Definition of PEDIATRICS. : a branch of medicine dealing with the development, care, and diseases of children. ADVERTISEMENT. <P> The American Medical Association (AMA) considers general pediatrics to be a specialized field; however, they begin the education process with the same training as general practitioners. This process consists of four years of college, four years of medical school and, finally, a residency that lasts between 3-8 years. <P> Pediatric surgery is defined as the diagnostic, operative, and postoperative surgical care of patients from prenatal diagnosis through adolescence with congenital and acquired anomalies and diseases, be they developmental, inflammatory, neoplastic, or traumatic.
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The American Medical Association (AMA) considers general pediatrics to be a specialized field; however, they begin the education process with the same training as general practitioners.
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what is a celery stalk
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<P> According to what I have read a stalk of celery is the whole bunch....a rib, is one of the many that make up the stalk....so many of the recipes are really wrong when th … ey say one stalk....you would have way too much celery. Calories in a stalk of celery Here is the calorie content: 9 calories in 1 very large stalk of celery (11 to 12 long.8 calories in 1 large stalk of celery (9 to 10 long). <P> Yes a celery stalk is absorbent becase of the Vessel tissue, Xylem, and the Phloem which are the parts of the stem of the celery stalk where the tubes that carry the water and … minirals. Calories in a stalk of celery Here is the calorie content: 9 calories in 1 very large stalk of celery (11 to 12 long.8 calories in 1 large stalk of celery (9 to 10 long). <P> Where celery is concerned, I have always called the entire celery plant a stalk and each stalk is made up of a number of ribs with some having celery leaves attached at the top of the rib. Your recipe was probably wrong-what they probably meant was for you to chop of 3 ribs of celery from the stalk. Rhubarb stalks are the, well, stalk (think cornstalk) from which the leaf grows. The whole thing, we call a plant. I've also heard the term celery heart and celery root but that's different. Celery around here is called stalks and refers two different things but most people can easily tell what it means. <P> By Kathleen Purvis. Q. A recipe called for two stalks of celery. Since a stalk is what you buy at the store, I bought two and ended up with a dishpan of diced celery. But if you stopped 10 people on the street, held up a rib of celery and asked what it is, most would say “a stalk of celery.” So after years of using “rib,” I bowed to the majority and switched, so that a head of celery is made up of many stalks. It’s not a perfect solution. <P> 10 hilariously insightful foreign words. The term celery stalk can have more than one meaning, depending on the source. It is common for people to refer to one of the upright branches of a cluster of celery as a stalk, but this section can also be called a petiole, a branch, or a rib. In such cases, the entire grouping of celery branches or petioles may be referred to as a celery stalk, though the term bunch is often used. People typically either love the flavor of celery or hate it. A chopped celery stalk is considered a staple in various recipes including stuffing, soups, and stews. Used fresh, it goes well with salads or as an appetizer, especially when dipped in ranch, honey mustard, or another type of salad dressing <P> Confidence votes 59. A stalk (or some people call it a rib) is one of the long pieces that are attached at the bottom of the head of celery. U. S. Department of Agriculture grades What most people call a bunch of celery, the USDA calls a stalk; and what most people call a stalk of celery, they call a branch.. Calories in a stalk of celery Here is the calorie content: 9 calories in 1 very large stalk of celery (11 to 12 long.8 calories in 1 large stalk of celery (9 to 10 long). <P> In Europe the dominant variety of celery most commonly grown is Apium graveolens var. rapaceum grown because its hypocotyl forms a large bulb, correctly called celeriac, but often incorrectly called celery root. The leaves are used as seasoning, and the stalks find only marginal use. Celery is used around the world as a vegetable. In North America for the crisp petiole (leaf stalk). In Europe the hypocotyl is used as a root vegetable. The leaves are strongly flavoured and are used less often, either as a flavouring in soups and stews or as a dried herb. <P> Celery (Apium graveolens) is a cultivated plant, variety in the family Apiaceae, commonly used as a vegetable. Depending on location, either its stalks, or its hypocotyl, are eaten and used in cooking. In North America the dominant variety most commonly available in trade is celery, Apium graveolens var. Celery is used around the world as a vegetable. In North America for the crisp petiole (leaf stalk). In Europe the hypocotyl is used as a root vegetable. The leaves are strongly flavoured and are used less often, either as a flavouring in soups and stews or as a dried herb.
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A cultivated plant, variety in the family Apiaceae, commonly used as a vegetable and if is celery its stalks, or its hypocotyl, are eaten and used in cooking.
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what is fos powder
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<P> 1 - FOS is crystalized poison and always bad. 2 - FOS is natures blessing upon us and always good. What I read from all this is that if you have a *really bad* bacteria problem (the condition of most of those doing SCD), then probably best to hold the FOS/Inulin because you have so much more bad bacteria. There seems to be a very wide range of what is recommended for FOS and inulin too. For example, a few milligrams in a probiotic supplement is very different from the 5-15 grams or more recommended on some FOS/inulin products. <P> FOS are found in high concentrations in Jerusalem artichoke and in fruits and vegetables like asparagus, bananas, barley, garlic, jicama, leeks, onions, tomatoes and wheat. The FOS, made up of plant sugars linked in chains, are extracted from these foods for use in medicines and as a sweetener for foods. <P> This type of FOS is not natural. Most is manufactured using a chemical process, in which fungal enzymes are added to white sugar (sucrose), acting upon it and turning it into FOS. Some fructooligosaccharides are also made by the hydrolysis (breaking down) of inulin from chicory. It is also classed as an oligosaccharide; oligo meaning few and saccharide, sugar. Fructooligosaccharides are also sometimes called oligofructose. Often the term is abbreviated to the letters FOS. Together with inulin fiber, fructooligosaccharides are probably most recognized for their prebiotic qualities. <P> Tweet. Fructooligosaccharides (FOS) are short-chain polymers comprised of D-fructose and D-glucose, which are not metabolized by the body like simple sugars are, and are therefore considered non-digestible oligosaccharides. CAUTION: Some individuals taking FOS may experience gastrointestinal bloating that persists longer than 1-2 weeks, possibly due to unfriendly microbes feeding on FOS. In such cases, this product should be discontinued. <P> Of these foods the sunchoke or Jerusalem artichoke and its relative, the yacon yacón have the highest concentrations OF. Fos you will also find that-fructo oligosaccharide or, oligofructose as it is also, known is added to many processed, foods mainly as a prebiotic or fiber supplement but also as a. sweetener It is also classed as an oligosaccharide; oligo meaning few and saccharide, sugar. Fructooligosaccharides are also sometimes called oligofructose. Often the term is abbreviated to the letters FOS. Together with inulin fiber, fructooligosaccharides are probably most recognized for their prebiotic qualities. <P> Two different classes of fructooligosaccharide (FOS) mixtures are produced commercially, based on inulin degradation or transfructosylation processes. FOS can be produced by degradation of inulin, or polyfructose, a polymer of. -fructose residues linked by β(2→1) bonds with a terminal α(1→2) linked. -glucose. FOS is extracted from the blue Agave plant as well as fruits and vegetables such as bananas, onions, chicory root, garlic, asparagus, jicama, jícama and. Leeks some grains and, cereals such as wheat and, barley also CONTAIN. fos <P> Fructooligosaccharides probiotic enhancer. Suitable for vegeterians and hypoallergenic. Source Naturals FOS is a complex of fructooligosaccharides (FOS) - a group of naturally occuring carbohydrates that can help promote the growth of beneficial flora in the gastrointestinal tract. <P> FOS stands for fructo-oligosaccharides, and these sugars linked together in chain formation. Inulin is a popular version of an FOS that is often added to foods with probiotics and is also marketed under the names Neosugar, Alant Starch, Atlanta Starch, Alantin, Dahlin, Helenin and Diabetic Sugar. FOS is found naturally in certain foods, such as asparagus, garlic, Jerusalem artichokes and chicory root. While simple sugars are digested by your body, FOS is mostly indigestible because humans don't have the enzymes needed to break it down, and so it functions as fiber in the diet. <P> They occur naturally in bananas, garlic, Jerusalem artichokes and certain other foods, and technically are a soluble fiber. FOS are effective sweeteners, being half as sweet as sucrose, yet are not absorbed and have minimal caloric value. FOS may be considered prebiotic and support the proliferation of intestinal probiotics, especially the bifidobacteria.* Our FOS are derived from sugar cane. CAUTION: Some individuals taking FOS may experience gastrointestinal bloating that persists longer than 1-2 weeks, possibly due to unfriendly microbes feeding on FOS. In such cases, this product should be discontinued.
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Fructooligosaccharides (FOS) are short-chain polymers comprised of D-fructose and D-glucose.
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characteristics of oceanic crust
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<P> Because continental crust is less dense than oceanic crust it floats higher on the mantle, just like a piece of Styrofoam floats higher on water than a piece of wood does. The mantle, oceanic crust and continental crust have different densities because they are made of different kinds of rock with different densities. Layers that are less dense, such as the crust, float on layers that are denser, such as the mantle. Both oceanic crust and continental crust are less dense than the mantle, but oceanic crust is denser than continental crust. This is partly why the continents are at a higher elevation than the ocean floor. <P> The density of the oceanic crust is about 3.0 g/cm3. The continental crust has a lower density. This difference in the average densities allows many natural phenomenon to occur on and below the surface of the Earth. The oceanic crust scarcely floats on the mantle. Accordingly, the crust is divided into two types; the continental crust and the oceanic crust. Oceanic Crust. The oceanic crust is that part of the Earth’s crust that covers the ocean basins. It consists of dark-colored rocks made up of basalt. <P> A term that is sometimes used for oceanic crust rocks is sima, which is short for magnesium silicate, a common component of these rocks. Another term for these undersea igneous rocks is mafic, which comes from the fact that they are high in magnesium and iron. Basalt and gabbro are examples of mafic rocks. It's thinner, denser, and simpler in structure than the continental crust. Oceanic crust is also younger, on average; from its birth at a mid-ocean ridge to its end at a subduction zone is no more than 250 million years. <P> Oceanic crust is the uppermost layer of an oceanic tectonic plate. The crust overlies the solidified and uppermost layer of the mantle. The crust and the solid mantle layer together comprise an oceanic plate. The plates of the Earth together are referred to as the lithosphere. Oceanic crust is the result of erupted mantle material originating from below the plate, cooled and in most instances, modified chemically by seawater. This occurs mostly at mid-ocean ridges, but also at scattered hotspots, and also in rare but powerful occurences known as flood basalt eruptions <P> For the oceanic crust, the thickness is around 3 to 6 miles which is about 5 to 10 kilometers. The oceanic crust is thinner than the continental crust. Continental Crust. The continental crust accounts for 40% of the surface of the Earth. Accordingly, the crust is divided into two types; the continental crust and the oceanic crust. Oceanic Crust. The oceanic crust is that part of the Earth’s crust that covers the ocean basins. It consists of dark-colored rocks made up of basalt. <P> Oceanic crust is the part of the Earth's crust that makes up the seafloor. It's thinner, denser, and simpler in structure than the continental crust. Oceanic crust is also younger, on average; from its birth at a mid-ocean ridge to its end at a subduction zone is no more than 250 million years. <P> Rockhound. The oceanic crust is part of the crust that is made fully out of basaltic rock and is several times thinner than the continental crust which is made out of granitic rock. Ocea … nic crust underlies Earth's oceans and is produced at divergent plate boundaries which are commonly referred to as mid-ocean ridges. <P> 1 The continental crust is typically from 30 km (20 mi) to 50 km (30 mi) thick and is mostly composed of slightly less dense rocks than those of the oceanic crust. 2 Some of these less dense rocks, such as granite, are common in the continental crust but rare to absent in the oceanic crust. The boundary between the crust and mantle is conventionally placed at the Mohorovičić discontinuity, a boundary defined by a contrast in seismic velocity. The crust occupies less than 1% of Earth's volume. The oceanic crust of the sheet is different from its continental crust. 1 The oceanic crust is 5 km (3 mi) to 10 km (6 mi) thick and is composed primarily of basalt, diabase, and gabbro
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It's thinner, denser, and simpler in structure than the continental crust.
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what is fondue
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<P> fondue. n. 1. (Cookery) a Swiss dish, consisting of cheese melted in white wine or cider, into which small pieces of bread are dipped and then eaten. [C19: from French, feminine of fondu melted, from fondre to melt; see fondant]. 2. fondue-hot cheese or chocolate melted to the consistency of a sauce into which bread or fruits are dipped. fondu. dish-a particular item of prepared food; she prepared a special dish for dinner. <P> Since the 1950s, the name fondue has been generalized to other dishes in which a food is dipped into a communal pot of liquid kept hot in a fondue pot: chocolate fondue, in which pieces of fruit are dipped into a melted chocolate mixture, and fondue bourguignonne, in which pieces of meat are cooked in hot oil. Cheese fondue consists of a blend of cheeses, wine and seasoning. To prepare the caquelon it is first rubbed with a cut garlic clove. White wine is slightly heated with cornstarch, and then grated cheese is added and stirred until melted. It is often topped off with a bit of kirsch. <P> Full Definition of FONDUE. 1. : a dish similar to a souffle soufflé usually made with cheese and bread. crumbs. 2 (a) : 1 a preparation of melted (cheese As swiss cheese And) gruyere gruyère usually flavored with white wine and: kirsch b a chafing dish in which fondue. is made : a dish similar to a souffle soufflé usually made with cheese and bread. crumbs. 2 (a) : 1 a preparation of melted (cheese As swiss cheese And) gruyere gruyère usually flavored with white wine and: kirsch b a chafing dish in which fondue. Is made see fondue Defined-for english. Language learners see fondue defined. for kids <P> Chocolate can be used for a dessert fondue. Blocks of sharp cheddar cheese, which is sometimes used in fondue. For a twist, use Mexican chocolate and cinnamon to make a fondue dipping sauce. Small pieces of food, such as bread, are eaten at fondue parties. Fondue first became popular in the US in the 1970s, but it's been around in some form ever since. It's a unique form of cooking that allows diners to make their food as they eat it. While eating it can be a solitary pursuit, it is best enjoyed with others, perhaps at a fondue party. <P> The word fondue is the feminine passive past participle of the French verb fondre (to melt) used as a noun. It is first attested in French in 1735, in Vincent la Chapelle 's Cuisinier moderne, and in English in 1878. Cheese fondue consists of a blend of cheeses, wine and seasoning. To prepare the caquelon it is first rubbed with a cut garlic clove. White wine is slightly heated with cornstarch, and then grated cheese is added and stirred until melted. It is often topped off with a bit of kirsch. <P> Fondue (/ˈfɒndjuː/ or /ˈfɒnduː/ ; [fɔ̃dy]) is a Swiss, Italian, and French dish of melted cheese served in a communal pot (caquelon or fondue pot) over a chafing stand (rechaud) réchaud heated with a candle or spirit, lamp and eaten by dipping bread into the cheese using-long stemmed. forks Cheese fondue consists of a blend of cheeses, wine and seasoning. To prepare the caquelon it is first rubbed with a cut garlic clove. White wine is slightly heated with cornstarch, and then grated cheese is added and stirred until melted. It is often topped off with a bit of kirsch. <P> Skewers are used to spear the food the diner wants to dip in the fondue, and usually come prepackaged with any pot. The pot can be used for both dipping and cooking. There are two main dipping substances, cheese and chocolate. Cheese fondue is used with pieces of bread, crackers, and similar items. Fondue first became popular in the US in the 1970s, but it's been around in some form ever since. It's a unique form of cooking that allows diners to make their food as they eat it. While eating it can be a solitary pursuit, it is best enjoyed with others, perhaps at a fondue party. <P> Fondue is a fun cooking method to use when serving a meal for a small group. It can be used for cooking meat or seafood, or it can be used to prepare different types of dipping sauces for dipping almost any type of food. The type of fondue dipping sauce that is used will depend on what you will be dipping. Cheese Fondue. Before adding the cooked cheese fondue to the pot, rub a clove of garlic inside of the pot for added flavor. Prepare and heat the fondue on the stove first, and then transfer to the fondue pot. <P> Fondue is a Swiss meal taken in an pot (caquelon) over a small burner (rechaud) by some men and women round a table. The word comes from the French word naming an operation fondre (make liquid by heat). Long-stemmed forks are used to put bits of food into a warm and liquid sauce. Cheese fondue with bits of bread is most frequent, however there are other sauces and other bits to put in the sauce. Bread, meat or plants are cut into small bits and used
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It is a Swiss, Italian, and French dish of melted cheese served in a communal pot over a chafing stand rechaud heated with a candle or spirit, lamp and eaten by dipping bread into the cheese using-long stemmed.
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what causes yeast infection
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<P> causes of yeast infection the most common cause of yeast infections in men is the instability in the ratio of good bacteria to yeast in the digestive system which helps the yeast fungi flourish and spread throughout the body <P> antibiotics are probably the leading cause of vaginal yeast infections in american wimmin and are a great example of the important principle that by using technology to solve problems we create other problems say you take an antibiotic to cure your sinus infection <P> vaginal yeast infections also known as candidiasis are a common female condition yeast infections are caused by the fungus candida this fungus is associated with intense itching swelling and irritation according to the mayo clinic 3 out of 4 women will experience a yeast infection at one point in their lives <P> a yeast infection results from an overgrowth of yeast a type of fungus anywhere in the body candidiasis is by far the most common type of yeast infection there are more than 20 species of candida the most common being candida albicans these fungi live on all surfaces of our bodies <P> there are two good reasons to learn a bit about the causes of vaginal yeast infections first if you have recurring yeast infections you can figure out what s causing them and then work to prevent them rather than just working to kill the yeast every time they take over <P> vaginal yeast infection most women will get a vaginal yeast infection at some point in their life symptoms of vaginal yeast infections include burning itching and thick white discharge yeast infections are easy to treat but it is important to see your doctor or nurse if you think you have an infection <P> yeast infection is induced by the overgrowth of a yeast like fungus called candida albicans which is present in all human bodies due to certain factors it can lead to an array of uncomfortable painful and sometimes embarrassing symptoms <P> a vaginal yeast infection is an infection of the vagina that causes itching and burning of the vulva the area around the vagina vaginal yeast infections are caused by an overgrowth of the fungus candida <P> candida albicans is the most common type of fungus to cause yeast infections sometimes other types of candida fungus are to blame common treatments usually cure a candida albicans infection yeast infections caused by other types of candida fungus can be more difficult to treat and need more aggressive therapies
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The instability in the ratio of good bacteria to yeast in the digestive system which helps the yeast fungi flourish and spread throughout the body.
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how to divide calla lily bulbs
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<P> How To Divide The Rhizomes. Colder Climates-Where calla lilies are not winter hardy. If you are in a colder region where calla lilies are not winter hardy you'll need to dry the rhizome clusters. Brush the dirt off the rhizome clusters and place them in a shady area for several days before dividing and storing them. <P> 1 Divide your calla lilies in the fall. 2 Transplant them at the same time if you live in a mild-climate area where the rhizomes over-winter outside. 3 In other zones, store the divisions until summer. 4 Allow them to air dry and keep them at a temperature of 50 to 60 degrees Fahrenheit. Tips & Warnings. 1 <P> How to Divide a Calla Lily. Dividing calla lilies is not difficult. Lift calla rhizomes in fall after the foliage turns brown and pulls away from the roots easily. Slide a shovel under the roots and pry upward to lift the clump. Remove any remaining foliage and brush off the soil. Cut or break apart the rhizome, making sure each section has at least one eye. Most growers prefer to divide calla lilies in spring, especially in warm climates where you can leave the rhizome in the ground year round. In cooler areas, you might prefer to divide the rhizomes in late summer or fall when you dig them up for winter storage. <P> Calla lilies grow from horizontal root stems called rhizomes. If after a two to three years your clumps of calla lily have multiplied and the rhizomes (roots/bulbs) become overcrowded they may stop flowering. When this happens it's time to divide them so they'll have more breathing room and space to grow. Colder Climates-Where calla lilies are not winter hardy. If you are in a colder region where calla lilies are not winter hardy you'll need to dry the rhizome clusters. Brush the dirt off the rhizome clusters and place them in a shady area for several days before dividing and storing them. <P> Instructions. Divide your lilies in late summer, after their blooming period and before their dormancy. Dig around the base of your calla lily with a spade to loosen the soil. As you move in a circle around the plant, push the blade deeper into the ground until you reach below the cluster of rhizomes. Tips & Warnings. 1 Divide your calla lilies in the fall. 2 Transplant them at the same time if you live in a mild-climate area where the rhizomes over-winter outside. 3 In other zones, store the divisions until summer. 4 Allow them to air dry and keep them at a temperature of 50 to 60 degrees Fahrenheit. <P> Step 4. Dig holes 6 inches deep and 18 inches apart. If you are dividing the calla lilies first, remove the soil from around the bulbs, and then cut them apart with a sharp knife so that each portion of bulb contains at least one bud. Replant the calla lilies into the prepared holes, and cover them with soil. Step 3. Prepare a new growing area for the calla lilies if you will be placing them immediately back into the soil. Loosen the soil down at least 6 inches with the garden spade. Add 2 inches of compost to the top of the soil, and mix this in with the garden spade thoroughly. <P> How To Dig The Calla Lily Rhizomes. Use a shovel or a pitch fork to dig in a circle and loosen the soil around your plant and it's rhizomes (bulbs/roots). Colder Climates-Where calla lilies are not winter hardy. If you are in a colder region where calla lilies are not winter hardy you'll need to dry the rhizome clusters. Brush the dirt off the rhizome clusters and place them in a shady area for several days before dividing and storing them. <P> How to Transplant Calla Lily Outside. Before transplanting calla lilies, prepare the soil by loosening it with a shovel. Work in some compost to enrich the soil and help it hold moisture. Plant the rhizomes 3 to 4 inches deep and transplant potted calla lilies into a hole dug to fit the depth of the pot. Space the plants 12 to 18 inches apart. Callas need lots of moisture, so water deeply after planting, and spread at least 2 inches of mulch around the plants to prevent moisture from evaporating. Place them in the holes so that the soil line is even with the surrounding soil. Calla lilies are ideal for landscaping garden ponds, where they thrive in water up to 12 inches deep. Place the plant or rhizome in a basket and plant it so that the rhizome is about 4 <P> How often should you divide calla lilies? Calla lily division is only necessary when the clumps start to decline, but if you want more rhizomes to fill in the garden, it’s safe to divide them every three to five years. If you divide them too often, however, they will never quite reach their full potential. Most growers prefer to divide calla lilies in spring, especially in warm climates where you can leave the rhizome in the ground year round. In cooler areas, you might prefer to divide the rhizomes in late summer or fall when you dig them up for winter storage. <P> 2. Separate lilies in the fall, 3 to 4 weeks after flowering is completed. You can harm the bulbs and roots if you separate lilies prior to flowering. 3. Use a garden fork to dig under and around lily clumps. Work cautiously so you don't cut the bulbs. 1 Dig several inches (centimeters) away from the lily clumps.
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Lift calla rhizomes in fall after the foliage turns brown and pulls away from the roots easily. Slide a shovel under the roots and pry upward to lift the clump.Remove any remaining foliage and brush off the soil. Cut or break apart the rhizome, making sure each section has at least one eye.ost growers prefer to divide calla lilies in spring, especially in warm climates where you can leave the rhizome in the ground year round.
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what ingredients are in bread
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<P> How Ingredients change bread characteristics. As I described in How to Make Bread and then again in Basic Bread Recipe, most bread recipes include 4 ingredients (not counting the sugar that the yeast ate) and a very straightforward mixing method. <P> This is the easiest bread recipe. With only 4 ingredients (water, flour, yeast, salt) and no-kneading you can have fresh bread our of your own oven! If you are scared of using yeast, this bread will get your feet wet! I feel like I have been away for ages. I don’t like that. <P> Flour is the primary ingredient of any bread recipe. It is the bread that we see. Flour contains gluten, a protein that provides for the elasticity, and the basic structure of bread. As the mixture is heated, the starch in bread sets, and adds to the structure. <P> Bread can be hard or soft, flat or raised, crisp or chewy. Tortillas, injera, naan and khobuz are some examples of soft, chewy flat breads. Lavash, while also flat, can be chewy or crisp. Bread is made from a combination of flour, sugar, yeast, salt, water and oil. <P> If you’ve ever made bread from scratch, you know that it’s made with simple ingredients: flour, water, yeast, and salt. Commercially-made bread, though, often includes a long list of ingredients (some of which are on Naturally Savvy's Scary Seven™ list of foods to avoid). <P> Yeast. Yeast is the heart of the bread-making process. It’s the essential ingredient that makes the dough rise and gives home-baked bread its wonderful taste and aroma. Other ingredients are added to complete the reactions that result in a perfectly baked loaf of hot, crusty homemade bread.
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Water, flour, yeast, and salt.
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how long to cook beef ribs on grill
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<P> Grill the ribs. You can place the beef ribs on a broil pan and grill them in the oven, or you can place them on the grill and grill them over an open flame. Allow the ribs to grill for about five to seven minutes before you flip them. Flip the ribs. <P> Once the ribs have been on the grill for 30 minutes, it is time to move on to the second stage. The ribs should be browned on all sides. If they appear raw on the surface anywhere continued grilling for another 10 to 15 minutes, otherwise, move on to the second phase. <P> 1 Grill the ribs for 2 hours, bone-side down. 2 Wrap them in foil and grill, bone-side up, for 30 minutes. 3 Don't be afraid to add an extra special touch here by pouring a cup of apple cider or juice into the foil packet. 4 Unwrap them and grill for 30 more minutes bone-side down. Before we get into how long you should grill your ribs there's one important thing to keep in mind: while dry spice rubs should be applied before you start to cook, sauces should not be applied until the last 20 minutes of cooking at the earliest. <P> Start your grill about 30 minutes prior to cooking. Prepare the grill for indirect grilling. Stabilize the temperature at 225 to 235-degrees F. Place ribs bone side down on the grill grate, away from the fire. If cooking several racks of ribs, use a rib rack and place the meat side of the ribs facing the fire. Add the smoking chips and cover the grill. On average, beef ribs will need about 3 to 5 hours of cooking time, depending on the thickness of the meat and other factors such as weather conditions. Your main goal at this point is to watch and adjust the temperature. The heat will have a tendency to climb up to the 300-degree F range rather quickly <P> The real secret to our traditional barbecue beef rib recipe is to maintain a low heat (225-250°F/107-121°C) for an extended cooking period. This is not fast, but the best way to get them tender! You'll need a full bucket load of this virtue when cooking ribs on a charcoal grill. Figure about 1.5 hours/pound. Cook 'Em... 1 Place the ribs on the grill, opposite side of the fire, bone side down, to begin cooking. 2 Avoid the ribs touching. 3 When cooking beef ribs on a charcoal grill, never let the meat overlap the fire. 4 You cannot undo crispy or burnt barbecue beef ribs! <P> 1 Grill your ribs for 3 hours bone-side down. 2 Wrap them in foil and grill, bone-side up, for 30 to 60 minutes. 3 Same as with baby backs, you can an extra special touch here by pouring a cup of apple cider or juice into the foil packet. 4 Unwrap them and grill for 30 more minutes bone-side down. Before we get into how long you should grill your ribs there's one important thing to keep in mind: while dry spice rubs should be applied before you start to cook, sauces should not be applied until the last 20 minutes of cooking at the earliest. <P> 2. About 30 minutes before cooking beef ribs remove from the refrigerator, unwrap to bring it to room temperature. Soak 1-2 three inch wood chunks covered in cold water for 1 hour and drain or soak 2 cups wood chips 15 minutes and drain, place chips in an aluminum or tinfoil container. 5. Place ribs on the cool side of the grill and cover. Cook for 2 hours turning every 30 minutes until the meat easily pulls away from the bones and has a rosy glow exterior. When turning the ribs work quickly to close cover and retain as much heat as possible in the grill. 6 <P> At the restaurant we dust the ribs up to a day in advance. Place ribs on grill and cook for 1 1/2 to 2 hours. About 10 minutes before you remove the ribs from the grill, mop them with sauce. When you take them off the grill, mop again with sauce and sprinkle some more Magic Dust on them. Serve immediately.
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30 to 60 minutes
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how to inspect tires
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<P> Once every month, or before you embark upon long road trips, check your tires for wear and damage problems. One easy way to check for wear is by. using the penny test. All you have to do is grab your spare change and follow 3 easy steps. 1. Take a penny and hold Abe's body between your thumb and forefinger. 2. Select a point on your tire where tread appears the lowest and place Lincoln's head into one of the grooves. 3. <P> Thankfully, identifying tread trouble is easy. Here’s how to inspect your tires: 1 The penny test: Put a penny with Lincoln’s head upside down into the groove of the tire. 2 If you can see all of Lincoln’s head, the tire is considered dangerous. 3 The less of Lincoln’s head you can see, the safer you are. <P> Once every month, or before you embark upon long road trips, check your tires for wear and damage problems. One easy way to check for wear is by using the penny test. All you have to do is grab an Abraham Lincoln penny and follow 3 easy steps. 1 Take a penny and hold Abe's body between your thumb and forefinger. <P> The tire’s tread is the portion of the tire that is meant to meet the road. Whenever possible, try to inspect the tread during daylight, or in a well-lit area. Having a penny on hand is usually advised when inspecting one’s tread, as it provides a quick and easy method for determining a tread’s condition. <P> Here’s how to inspect your tires: 1 The penny test: Put a penny with Lincoln’s head upside down into the groove of the tire. 2 The wear bar test: All tires have wear bars molded into the tread, per federal regulation. 3 will be even with the tread.
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1 The penny test: Put a penny with Lincoln’s head upside down into the groove of the tire. 2 If you can see all of Lincoln’s head, the tire is considered dangerous. 3 The less of Lincoln’s head you can see, the safer you are.
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when was al capone born
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<P> Capone was born on January 17, 1899, in Brooklyn, New York. Baptized Alphonsus Capone, he grew up in a rough neighborhood and was a member of two kid gangs, the Brooklyn Rippers and the Forty Thieves Juniors. Although he was bright, Capone quit school in the sixth grade at age fourteen. <P> Background Edit. Albert Francis Capone was born in New York on December 4, 1918, to parents Al Capone and Mae Coughlin. His parents married on December 30, 1918. In 1919 Al went to Chicago to work for Johnny Torrio. He moved his family to Chicago soon afterward. <P> Alphonse Gabriel Capone was born in the borough of Brooklyn in New York on January 17, 1899. His parents were Italian immigrants Gabriele Capone (December 12, 1865 – November 14, 1920) and Teresina (nee Née; Raiola december, 28 – 1867 november, 29). 1952 Alphonse Gabriel Al Capone (/ael æl/ ; Kəˈpoʊn january, 17 – 1899 january, 25) 1947 was An american gangster who attained fame during The prohibition era as the-co founder and boss of The Chicago. Outfit his-seven year reign as crime boss ended when he was 33 years. old <P> Al Capone (1899–1947). Infamous Chicago gangster Al Capone was born in the tough Williamsburgh section of Brooklyn, NY, the fourth of nine children of Italian immigrants from Naples. Capone was a born sociopath. In the sixth grade he beat up a teacher and promptly quit school <P> Born in 1899 in Brooklyn, New York, to poor immigrant parents, Al Capone went on to become the most infamous gangster in American history. In 1920 during the height of Prohibition, Capone’s multi-million dollar Chicago operation in bootlegging, prostitution and gambling dominated the organized crime scene. Alphonse Capone (1899–1947) was born in Brooklyn, New York, the son of recent Italian immigrants Gabriele and Teresina Capone. A poor family that came to America seeking a better life, the Capones and their eight children lived a typical immigrant lifestyle in a New York tenement. <P> Mini Bio (1). Infamous Chicago gangster Al Capone was born in the tough Williamsburgh section of Brooklyn, NY, the fourth of nine children of Italian immigrants from Naples. Capone was a born sociopath. In the sixth grade he beat up a teacher and promptly quit school. 5' 10½ (1.79 m). Infamous Chicago gangster Al Capone was born in the tough Williamsburgh section of Brooklyn, NY, the fourth of nine children of Italian immigrants from Naples. <P> Al Capone was born in Brooklyn, New York, on January 17, 1899, to Neapolitan immigrants Gabriel and Teresa Caponi. Originally named Alphonse Caponi, his name was Americanized to Al Capone.. In 1904, at the age of five, young Alphonse started his school career at Public School 7 in Brooklyn.
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Brooklyn, New York, on January 17, 1899.
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what is a dominant trait
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<P> Dominant trait. Definition. noun. (genetics) An inherited trait that results from the expression of the dominant allele over the recessive allele. Supplement. The inheritance of one or two copies of the dominant alleles results in the expression of a dominant trait. Also called: 1 dominant character. <P> Dominant trait is a genetics term. A dominant trait is one which will be expressed if one of the parents has the gene for that trait. A recessive trait is one that will be expressed only if both parents carry the trait. If A is the … dominant trait and a is the recessive trait, then since this cross produces heterozygous progeny, they will all show the dominant phenotype. A dominant trait is just how it sounds, it dominates over recessive traits when they are both present. <P> Dominance is not inherent to an allele. It is a relationship between alleles; one allele can be dominant over a second allele, recessive to a third allele, and codominant to a fourth. Also, an allele may be dominant for a particular aspect of phenotype but not for other aspects influenced by the same gene. If AA and aa individuals (homozygotes) show different forms of some trait (phenotypes), and Aa individuals (heterozygotes) show the same phenotype as AA individuals, then allele A is said to dominate or be dominant to or show dominance to allele a, and a is said to be recessive to A. <P> Top 10 facts about the world. A dominant trait is a genetic trait which will manifest when only one copy of the gene is present, overriding another inherited gene coding for a different version of the trait. By contrast, a recessive trait will only appear if an organism inherits a copy of the gene from both parents. In a simple example of the way in which dominant traits work, someone could have two parents who are heterozygous for brown and blue eyes. There is a 25% chance that the child will inherit the bb allele, making him or her blue-eyed. <P> Dominant trait. A genetic trait in which one copy of the gene is sufficient to yield an outward display of the trait; dominant genes mask the presence of recessive genes; dominant traits can be inherited from a single parent. Mentioned in: Cutis Laxa, Polydactyly and Syndactyly, Pseudoxanthoma Elasticum. an inherited characteristic that is determined by a dominant allele. Polydactyly is an example of a dominant trait; individuals with either one or two copies of the polydactyly allele have extra fingers or toes. (dom'i-nănt trāt). <P> The first allele is dominant and the second allele is recessive. For genes on an autosome (any chromosome other than a sex chromosome), the alleles and their associated traits are autosomal dominant or autosomal recessive. Dominance is a key concept in Mendelian inheritance and classical genetics. If AA and aa individuals (homozygotes) show different forms of some trait (phenotypes), and Aa individuals (heterozygotes) show the same phenotype as AA individuals, then allele A is said to dominate or be dominant to or show dominance to allele a, and a is said to be recessive to A. <P> People can also be heterozygous, with two different alleles for a particular gene. When someone is homozygous for a trait, that trait will manifest whether it is dominant or recessive, because there is no other genetic material to compete with it. In a simple example of the way in which dominant traits work, someone could have two parents who are heterozygous for brown and blue eyes. There is a 25% chance that the child will inherit the bb allele, making him or her blue-eyed. <P> When someone is heterozygous for a trait, the difference between dominant and recessive traits becomes more important, because the dominant trait is the one which will manifest. In a simple example of the way in which dominant traits work, someone could have two parents who are heterozygous for brown and blue eyes. There is a 25% chance that the child will inherit the bb allele, making him or her blue-eyed. <P> A recessive trait is a trait caused by a recessive gene, which means that someone must inherit two copies of the gene for the trait to manifest. By contrast, a dominant trait only requires one copy of the gene. The concept of dominant and recessive traits in genetics was put forward by Gregor Mendel, a 19th century scientist who is often regarded as the father of genetics, thanks to his extensive work in the field. Gregor Mendel, the father of genetics, first proposed the concept of dominant and recessive traits. The gene responsible for blue eyes is recessive. Blonde hair color is recessive, but it can be passed on in the absence of a dominant trait. Red hair is a recessive trait.
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An inherited trait that results from the expression of the dominant allele over the recessive allele.
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why sandalwood is yellow
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<P> Notable members of this group are Indian sandalwood (Santalum album) and Australian sandalwood (Santalum spicatum); others in the genus also have fragrant wood. These are found in India, Nepal, Bangladesh,Pakistan, Sri Lanka, Australia, Indonesia, Hawaii, and other Pacific Islands. Kalabham, chandanam, and javadhu are dried and used as kalabham powder, chandanam powder, and javadhu powder, respectively. Chandanam powder is very popular in India and is also used in Nepal. In Tirupati after religious tonsure, sandalwood paste is applied to protect the skin. <P> Sandalwood Essential Oil. Colorless to pale yellow clear thick liquid. Common Uses: Sandalwood Essential Oil is used by aromatherapists to combat bronchitis, chapped and dry skin, depression, laryngitis, leucorrhea, oily skin, scars, sensitive skin, stress, and stretch marks. <P> Santalum album is included in the family Santalaceae, and is commonly known as white or East Indian sandalwood. The name, Santalum ovatum, used by Robert Brown in Prodromus Florae Novae Hollandiae (1810) was described as a synonym of this species by Alex George in 1984. The species was the first to be known as sandalwood. Other species in the genus Santalum, such as the Australian S. spicatum, are also referred to as true sandalwoods, to distinguish them from trees with similar-smelling wood or oil. <P> Sandalwood essential oil is truly exotic. This pale yellow oil has soft, woody notes that are extremely tenacious and somewhat balsamic. It has a long history in religious ceremonies and rituals, and is prized worldwide for an intoxicating aroma found in the heartwood of the tree. Indian Sandalwood, Santalum album, is traditionally the most widely used sandalwood oil. The popularity of this striking scent has sadly caused over-harvesting of the trees which are now a threatened species. <P> Santalum album or Indian sandalwood is a small tropical tree, and is the most commonly known source of sandalwood. This species has historically been cultivated, processed and traded since ancient times. Certain cultures place great significance on its fragrant and medicinal qualities. The species was the first to be known as sandalwood. Other species in the genus Santalum, such as the Australian S. spicatum, are also referred to as true sandalwoods, to distinguish them from trees with similar-smelling wood or oil. <P> Sandalwood is the name of a class of woods from trees in the genus Santalum. The woods are heavy, yellow, and fine-grained, and unlike many other aromatic woods, they retain their fragrance for decades. Kalabham, chandanam, and javadhu are dried and used as kalabham powder, chandanam powder, and javadhu powder, respectively. Chandanam powder is very popular in India and is also used in Nepal. In Tirupati after religious tonsure, sandalwood paste is applied to protect the skin. <P> A: Sandalwood comes from the Sandal Tree, known scientifically as Santalaceae Santalum Album and in Sanskrit as chandana. In English it is called White Sandalwood or Yellow Sandalwood depending on the age of the tree. An evergreen tree that grows only in the southern areas of India, Indonesia and somewhat in Australia, it grows to a medium height of 30 feet. After 15-20 years the oil collects in the heartwood, or the center of the trunk, but as the scent of sandalwood grows stronger, the color of the wood becomes more yellow. The value of the wood climbs higher the older the tree. It is considered at its peak at 60 years old. <P> Producing commercially valuable sandalwood with high levels of fragrance oils requires Santalum trees to be a minimum of 15 years old (S. album) the age at which they will be harvested in Western Australia – the yield, quality and volume are still to be clearly understood. Kalabham, chandanam, and javadhu are dried and used as kalabham powder, chandanam powder, and javadhu powder, respectively. Chandanam powder is very popular in India and is also used in Nepal. In Tirupati after religious tonsure, sandalwood paste is applied to protect the skin. <P> Aromatic Wood Soothes & Supports. Yellow Sandalwood soothes urinary tract discomfort and promotes blemish-free skin. The aromatic wood and fragrant oil are principal ingredients in traditional Ayurvedic medicine. NOTE: Yellow Sandalwood is not related to Red Sandalwood (Pterocarpus santalinus). They can however be used together for aromatic and skin care recipes. COMMON NAMES: Chandana, Chandanam, Srigandha, White Sandalwood (when young). <P> Sandalwood is an aromatic tree that is a member of the numerous freeloading plants in the Santalaceae family, particularly the Santalum album. The sandalwood tree is indigenous to India and the specialty of the wood is that it radiates a perfumed scent. The vital oil extracted from the sandalwood tree is commercially utilized in fragrances and remedies. The sandalwood tree is partially parasitic and evergreen in nature. A normal sandalwood tree grows approximately up to 30 feet or 10 meters in height. The tree bears leaves that are like lances or javelins.
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Due to the growing strong scent of sandalwood.
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what is perdomo
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<P> Perdomo Champagne Cigars. Perdomo Reserve 10 Year Anniversary cigars are a decade in the making. The cigars were created to celebrate the next generation of Tabacalera Perdomo's award winning and highly acclaimed original La Tradicion Perdomo Reserve line. <P> Click on a circle in the chart to view Perdomo immigration records. You can find out when most of the Perdomo families immigrated to the United States. You can focus your search to immigration records dating from that era. Click on a circle in the chart to view Perdomo birth and death records. An unusually short lifespan might indicate that your ancestors lived in harsh conditions. A short lifespan might also indicate health problems that were once prevalent in your family. The SSDI is a searchable database of more than 70 million names. <P> Perdomo. Tabacalera Perdomo has a long tradition in the tobacco industry, dating back to the 1930s when Silvio Perdomo worked in the cigar business in San Jose de las Lajas, Cuba. <P> -2 Hours from the International Airport of the Cibao (STI). The town of Sosua, located on the north coast of the Dominican Republic, is made up of several dispersed areas that include El Batey, Los Charamicos, Playa Chiquita, La Mulata, El Choco, amongst several others. <P> The Perdomo Cigars story begins with the family patriarch, Silvio Perdomo, who was born and raised in San Jose de las Lajas, Cuba, 17 miles southeast of Havana. During the early 1930's Don Silvio apprenticed at Cuesta y Cia until 1937 when he moved on to the H. Upmann factory. <P> Perdomo. Nick Perdomo is one of the true legends in the premium cigar industry, and no one makes cigars with the strict quality control that he employs to deliver boutique quality cigars of unparalleled quality. <P> Perdomo Cigars. Perdomo cigars run the gamut from mild to full-bodied and feature a wide variety of profiles and wrapper shades, as well as a wide range of price points. With such an array of phenomenal cigars in their portfolio, it's hard to believe that Nick Perdomo started out making cigars in his garage back in 1992. <P> Perdomo. Take my word for it when I tell you there's no one in the industry like Nick Perdomo. And in the same breath, no one makes cigars like him either. Handmade in Nicaragua, Perdomo cigars are made using exceedingly strict quality control standards to deliver boutique handmades of the highest quality. Each Perdomo cigar performs like a dream, bringing rich balanced flavors in droves. <P> EDICION DE SILVIO. The Edicion de Silvio was created by Nick Perdomo, Jr. as a tribute to his late grandfather and mentor Silvio Perdomo. The Edicion de Silvio is hand-crafted with a masterful blend of exquisite tobaccos.
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One of the true legends in the premium cigar industry, and no one makes cigars with the strict quality control that he employs to deliver boutique quality cigars of unparalleled quality.
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what is fibre
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<P> 1 Soluble fiber. 2 This type of fiber dissolves in water to form a gel-like material. 3 It can help lower blood cholesterol and glucose levels. 4 Soluble fiber is found in oats, peas, beans, apples, citrus fruits, carrots, barley and psyllium. 1 It can help lower blood cholesterol and glucose levels. 2 Soluble fiber is found in oats, peas, beans, apples, citrus fruits, carrots, barley and psyllium. 3 Ins <P> Fiber is commonly classified as soluble, which dissolves in water, or insoluble, which doesn't dissolve. 1 Soluble fiber. 2 This type of fiber dissolves in water to form a gel-like material. 3 It can help lower blood cholesterol and glucose levels. 1 It can help lower blood cholesterol and glucose levels. 2 Soluble fiber is found in oats, peas, beans, apples, citrus fruits, carrots, barley and psyllium. 3 Ins <P> We gain no nutrients or energy from fibre, it holds no calories as it is not digested, but passes through our digestive systems. Fibre or ‘roughage’ does, however, provide an important function in the body; it is essential to a well-tuned digestive system and can help the body remove potentially harmful waste. Nutritionists usually recommend that people increase their intake of high fibre foods. 1 Fibre is useful for maintaining healthy colon function and high fibre diets may help prevent colon cancer. 2 People who eat a lot of fibre are more likely to be slimmer and less likely to put weight on than those who eat less fibre. <P> Dietary fiber or roughage is the indigestible portion of food derived from plants. It has two main components: 1 Soluble fiber, which dissolves in water, is readily fermented in the colon into gases and physiologically active byproducts, and can be prebiotic and viscous. Consistent intake of fermentable fiber through foods like berries and other fresh fruit, vegetables, whole grains, seeds, and nuts is now known to reduce risk of some of the world’s most prevalent diseases — obesity, diabetes, high blood cholesterol, cardiovascular disease, and numerous gastrointestinal disorders. <P> Good sources of soluble fiber include beans, lentils, oatmeal, peas, citrus fruits, blueberries, apples and barley. Good sources of insoluble fiber include foods with whole-wheat flour, wheat bran, brown rice, cauliflower, potatoes, tomatoes and cucumbers. Dietary fiber is a plant-based nutrient that is sometimes called roughage or bulk. It is a type of carbohydrate but, unlike other carbs, it cannot be broken down into digestible sugar molecules. Therefore, fiber passes through the intestinal tract relatively intact. However, on its journey, fiber does a lot of work. <P> Fiber or fibre (from the Latin fibra) is a natural or synthetic string used as a component of composite materials, or, when matted into sheets, used to make products such as paper, papyrus, or felt. Fibers are often used in the manufacture of other materials. <P> The main function of fibre is to keep the digestive system healthy and functioning properly. Fibre aids and speeds up the excretion of waste and toxins from the body, preventing them from sitting in the intestine or bowel for too long, which could cause a build-up and lead to several diseases. <P> Fibre is an important part of a healthy balanced diet. It can help prevent heart disease, diabetes, weight gain and some cancers, and can also improve digestive health. However, many people don't get enough fibre. On average, most people in the UK get about 18g of fibre a day. Soluble fibre can be digested by your body. It may help to reduce the amount of cholesterol in your blood. If you have constipation, gradually increasing sources of soluble fibre – such as fruit and vegetables, oats and golden linseeds – can help soften your stools and make them easier to pass. <P> 1 This type of fiber dissolves in water to form a gel-like material. 2 It can help lower blood cholesterol and glucose levels. 3 Soluble fiber is found in oats, peas, beans, apples, citrus fruits, carrots, barley and psyllium. 4 Insoluble fiber. 1 It can help lower blood cholesterol and glucose levels. 2 Soluble fiber is found in oats, peas, beans, apples, citrus fruits, carrots, barley and psyllium. 3 <P> Soluble fibre is the soft fibre that helps control blood glucose (sugar) and reduces cholesterol. It also helps in managing diarrhea. Soluble fibre is present in oat bran, oatmeal, legumes (dried beans and lentils) and fruits such as apples and strawberries. Insoluble fibre is the bulky fibre that helps to prevent constipation. It also helps to prevent some types of cancers. It is present in wheat bran, whole grain breads and cereals, fruits and vegetables.
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Fiber or fibre (from the Latin fibra) is a natural or synthetic string used as a component of composite materials, or, when matted into sheets, used to make products such as paper, papyrus, or felt.
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what does the name rowen mean
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<P> Answer by KindleAndCast. Confidence votes 10. A tree (the rowan tree), also called such names as quickbeam, wicken and mountain ash (although it is not a true ash, by species definition). Rowan is a translation from the Gaelic ruadhan, meaning little red one, a reference to the red berries from this tree. <P> Rowan is the name of a tree used for protection. When the branches are woven together in a circle on the tree, It's a religious sign of protection. Rowan is also my name and I love it. 1: vote up - 0: vote down. rowan means tree with orange and red berry like fruits. <P> What does Rowan mean, popularity, numerology and more. The name Rowan is of Irish origin. The meaning of Rowan is tree with red berries, little redhead. It is also of English origin, where its meaning is from the rowan tree. Rowan is a form of the name Rhonwen. Variants of the name Rowan include Rowanne. The names Roan, Roanne are all forms of Rowan. Rowan falls into the tree name category. Some famous bearers of this name include: Rowan Shields, Rowan Atkinson. <P> Rowan /row-an/ [2 sylls.] as a boys' name (also used less generally as girls' name Rowan) is of Gaelic origin, and the meaning of Rowan is little red-head. Also the name of a flowering tree with red berries. Kreatif forms: Rawan, Riwan, Rywan. [ more ]. <P> Rowen is used as both a boys and girls name. It consists of 5 letters and 2 syllables and is pronounced Ro-wen. In the U.S. in 2014, it ranked 1936 in baby name popularity for girls with 103 occurrences. It ranked 787 in popular baby names for boys with 292 occurrences. <P> [ 2 syll. ro-wan, row-an ] The baby boy name Rowan is sometimes used as a girl name. Its pronunciation is R OW-ahN in English †. Rowan is largely used in the English and Irish languages, and its origin is Celtic. The name is of the meaning little ruddy one, little red-haired one. The name is derived from the surname, itself Anglicized from the Irish Gaelic nickname Ruadhan ruadhán 'meaning little-red haired' one and of The 'gaelic'. ruadh <P> Rowan is used as both a boys and girls name. It consists of 5 letters and 2 syllables and is pronounced Ro-wan. In the U.S. in 2014, it ranked 412 in baby name popularity for girls with 770 occurrences. It ranked 239 in popular baby names for boys with 1531 occurrences. Rowan is a form of the name Rhonwen. Variants of the name Rowan include Rowanne. The names Roan, Roanne are all forms of Rowan. Rowan falls into the tree name category. Some famous bearers of this name include: Rowan Shields, Rowan Atkinson. <P> Rowen /ro-wen/ [2 sylls.] as a name for boys (also used less generally as girls' name Rowen). Rowen's roots are Irish and Gaelic, and the meaning of the name Rowen is red-haired; little red-head. Rowen is a version of Rooney (Irish, Gaelic): actor Mickey Rooney. Rowen is also a variation of Rowan (Gaelic). Kreatif forms: Rawen, Rocwen, Ruwen. <P> The name was taken from the Rowan tree. -- Kae Kae 6/9/2005. For boys, Rowan is used with the Gaelic little red one meaning and origin behind it. For girls, though, the name came into use because of the tree, and is not in relation to the Gaelic background and English male name, Rowan. <P> English Meaning: The name Rowan is an English baby name. In English the meaning of the name Rowan is: From the rowan tree. American Meaning: The name Rowan is an American baby name. In American the meaning of the name Rowan is: From the rowan tree. Gaelic Meaning: The name Rowan is a Gaelic baby name. In Gaelic the meaning of the name Rowan is: Red. Rowan tree (a type of ash tree).
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Red head
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sorrel what is
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<P> Sorrel is delicious used as an herb or as a salad green -- its tartness is really refreshing. A traditional way to enjoy sorrel is cooked into a sauce and served with fish, lending a lemony flavor without the use of lemon. It's also great cooked into soups or stews. Baby sorrel greens can be tossed into mixed salads. Lemons and other citrus fruits aren't the only things that have a tart, acidic flavor -- in fact, there's a green herb that does and it's got a lot of punch for such a small, frilly thing. Its name is sorrel (sor-uhl or saw-ruhl). <P> Sorrel is a slender herbaceous perennial plant about 60 centimetres (24 in) high, with roots that run deep into the ground, as well as juicy stems and edible, arrow-shaped (sagittate) leaves. The leaves, when consumed raw, taste like a sour green apple candy. Common sorrel or garden sorrel (Rumex acetosa), often simply called sorrel, is a perennial herb in the family Polygonaceae. Other names for sorrel include spinach dock and narrow-leaved dock. It is a common plant in grassland habitats and is cultivated as a garden herb or leaf vegetable (pot herb) <P> Photo Credit: Photo © Molly Watson. Sorrel has a remarkably bright and even tart flavor. Many people liken its taste to lemons, which makes sense since there is a real note of sourness in there. It can be tricky to work with, since that lemony flavor is mixed with a deep greens and grassy flavor. <P> Sorrel is a small edible green plant from the Polygonaceae family, which also includes buckwheat and rhubarb. The French translation of sour (“sorrel”) is spot-on: These leaves have an intense lemony tang. In Vietnamese cuisine, sorrel leaves are known as rau thom (fresh herb), and it’s called gowkemeat in Scotland. For our purposes, though, let's just call it sorrel. <P> Sorrel is used for reducing sudden and ongoing pain and swelling (inflammation) of the nasal passages and respiratory tract, for treating bacterial infections along with conventional medicines, and for increasing urine flow (as a diuretic). Sorrel is also an ingredient in the herbal cancer treatment Essiac. In combination with gentian root, European elder flower, verbena, and cowslip flower, sorrel is used orally for maintaining healthy sinuses and treating sinusitis. <P> All of your sorrel questions, answered. Imagine a trendy green that can grow on your windowsill, has a super-long season, and is the missing piece to unlocking your greatest spring fish, and you've pretty much come up with sorrel. The French translation of sour (“sorrel”) is spot-on: These leaves have an intense lemony tang. In Vietnamese cuisine, sorrel leaves are known as rau thom (fresh herb), and it’s called gowkemeat in Scotland. For our purposes, though, let's just call it sorrel. <P> Sorrel is a hardy perennial herb belonging to the buckwheat family that is cultivated as a garden herb or leaf vegetable. Sorrel has grown wild for centuries in Asia, Europe and North America. Sorrel is often found in cream soups, fish stuffings, omelets, breads, salads, sauces and cole slaw. Younger sorrel is often cooked and served like spinach, or eaten raw in salads. Older, more acidic sorrel is good in cream soups where the addition of sour cream is said to reduce the tart overtones. <P> The name sorrel is derived from the Germanic word sur, and the old French word surele, both meaning sour. It is an ancient herb used by Egyptians and Europeans to impart acidity to foods. It is also used in teas. Tough meats can be wrapped in sorrel leaves to tenderize them before cooking. It is cooked for a minimum time to preserve its fresh flavor. To prevent sorrel from blackening and developing a metallic taste, only stainless steel knives and noniron pots are used. <P> Sorrel is a fascinating perennial herb that is used all around the world and is cultivated for a wide variety of uses. Although it is primarily grown for use in food, due to its sharp, tangy taste, it also has a vast array of health benefits associated with it. Skin Conditions: The leaves of sorrel have been used in two ways to treat skin conditions. The leaves, when dried as an herb can be eaten, and this has been connected with a reduction in ringworm and itchy, dry skin.
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It is a fascinating perennial herb that is used all around the world and is cultivated for a wide variety of uses.
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average man's salary canada
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<P> TalentEgg-Average starting salaries for new grad accountants in Canada in 2012. Salary.com-Average salary ranges for jobs in the Accounting category. Michaelpage.ca - 2006 Finance & Accounting Salary Survey for Toronto. <P> Canada. Salaries in Canada are a little bit lower than in USA or Europe. But this is compensated with lower prices of flats and houses in Canada. Those Canadian at the bottom of 20 per cent fell by 20 per cent comparing last 30 years. The median income for this group dropped from $19,300 in 1980 to $15,300 in 2010. <P> Average Salary in Canada. If you moved to Canada from another western economy a few years ago, you would most likely have found Canadian wages a bit lower than you expected. This is generally not the case now. The average salary in Canadian dollars has risen by around 22 percent since 2007. In 2015 the average hourly earnings accross all employess in either full ot part-time work was $25.11. This compares to $20.56 in 2007. <P> According to the latest figures, the highest hourly average (median) wages are earned in Edmonton, Alberta at $30.00 per hour and the lowest average (median) wages are earned in Prince Edward Island at $17.00 per hour. A typical full-time annual salary for this occupation is in the region of $35,000 – $55,000.
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In 2015 the average hourly earnings accross all employess in either full ot part-time work was $25.11.
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what is the optimum temperature for pepsin activity
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<P> The optimum pH of pepsin is pH2. Pepsin is found in the stomach and it is protease enzyme that digest protein into smaller molecule. The stomach is suitable place for it becau … se it is acidic, so it's activity increases in the acidic environment. 21 people found this useful. <P> 7 For general digestion of proteins, suggestedconditions are a 0.4% solution of pepsin in10 mM HCl, and digestion for 30-90 minutes at 37 °C.Pepsin has optimal activity with native proteins atapproximately pH 1.0, but with some denaturedproteins the optimal activity is at approximatelypH 1.5-3.5. <P> Making the world better, one answer at a time. The optimum temperature for pepsin is between 30 degrees Celsius and 40 degrees Celsius. Activity has been reported outside of this range. The optimum pH of pepsin is pH2. Pepsin is found in the stomach and it is protease enzyme that digest protein into smaller molecule. The stomach is suitable place for it becau … se it is acidic, so it's activity increases in the acidic environment. 21 people found this useful. <P> Above or below an enzyme’s optimum pH, its activity is lower. The optimum pH of a particular enzyme corresponds to the pH of its natural environment. For many enzymes, this corresponds to pH values of around 7. For pepsin, which is active in the stomach, the optimum pH is 2 (the pH of the stomach). <P> Nature of Pepsin: Pepsin functions in acidic environment with pH of 1.5 to 2. Pepsin gets denatured if the pH is more than 5.0. Pepsin needs optimum temperature of range 37 degree C to 42 degree C (ideal temperature in the human body). It is potently inhibited by the peptide inhibitor pepstatin. <P> 8. For general digestion of proteins, suggested conditions are a 0.4% solution of pepsin in 10 mM HCl, and digestion for 30-90 minutes at 37 °C. Pepsin has optimal activity with native proteins at approximately pH 1.0, but with some denatured proteins the optimal activity is at approximately pH 1.5-3.5. 9,10. Kinetics, Solubility and Solution Stability. Pepsin is soluble in deionized water at 1% (10 mg/ml) and at 0.4% (4 mg/ml) in cold 10 mM hydrochloric acid. Solutions at pH 4.4 are stable at -20 °C for about 2-3 months. 12 The pH optimum for activity for porcine pepsin is ~2.2. <P> Accordingly, its primary site of synthesis and activity is in the stomach (pH 1.5 to 2). Pepsin exhibits maximal activity at pH 2.0 and is inactive at pH 6.5 and above, however pepsin is not fully denatured or irreversibly inactivated until pH 8.0. Pepsin will digest up to 20% of ingested amide bonds by cleaving preferentially after the N-terminal of aromatic amino acids such as phenylalanine, tryptophan, and tyrosine. Pepsin exhibits preferential cleavage for hydrophobic, preferably aromatic, residues in P1 and P1' positions.
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-20 °C
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example of a biennial plant
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<P> Under extreme climatic conditions, a biennial plant may complete its life cycle rapidly (e.g. three months instead of two years). This is quite common in vegetable or flower seedlings that were exposed to cold conditions, or vernalized, before they were planted in the ground. In the first year the plant grows leaves, stems, and roots (vegetative structures), then it enters a period of dormancy over the colder months. Usually the stem remains very short and the leaves are low to the ground, forming a rosette. Many biennials require a cold treatment, or vernalization, before they will flower. <P> Examples of biennial plants are members of the onion family including leek, some members of the cabbage family, common mullein, parsley, fennel, Lunaria, silverbeet, Black-eyed Susan, Sweet William, colic weed, carrot, and some hollyhocks. In the first year the plant grows leaves, stems, and roots (vegetative structures), then it enters a period of dormancy over the colder months. Usually the stem remains very short and the leaves are low to the ground, forming a rosette. Many biennials require a cold treatment, or vernalization, before they will flower. <P> Definition of Biennial Plants. All plants need time to grow and successfully reproduce. They also need light to undergo the process of photosynthesis. Biennial plants require two years to complete their life cycle. Typically, in the first year the plants grow roots, stems, and leaves during the spring and summer months. However, in the wild and in order to fully cultivate them they require two years. Foxgloves are popular plants sold in greenhouses today. Wild foxgloves are biennial plants. They grow from a bud in their first year and produce stems and leaves. In the fall of the year the leaves and stem die back. <P> From a gardener's perspective, a plant's status as annual, biennial, or perennial often varies based on location or purpose. Biennials grown for flowers, fruits, or seeds need to be grown for two years. In the first year the plant grows leaves, stems, and roots (vegetative structures), then it enters a period of dormancy over the colder months. Usually the stem remains very short and the leaves are low to the ground, forming a rosette. Many biennials require a cold treatment, or vernalization, before they will flower. <P> Annual, Perennial, and Biennial Flowers. Flowers are plants known for their aesthetic values. They are useful for very important occasions such as meetings, weddings and condolence visits. When used as gifts, they usually send more heart warming messages to the recipients than other valuables such as money and jewelry. Biennial Flowers. Biennial flowers are plants that take two years to complete their life cycle. They usually grow from the seeds and die within two seasons, leaving only their seeds to be replanted. In the first season, the biennial flowers grow from their seeds to become small plants <P> Annuals are plants that go through their entire lifecycle in one growing season. Hardy annuals are plants that go through their entire life cycle in one season and that can be sown outside in the open garden in spring where it is to flower, for example, Centaurea cyanus – cornflower. <P> Biennial are plants whose lifecycle spans two years, so they flower and produce seeds in their second year. A familiar biennial is foxglove, Digitalis purpurea. Some plants grown as biennials are, botanically speaking, short-lived perennials, for example, sweet william and wallflower. Hardy annuals are plants that go through their entire life cycle in one season and that can be sown outside in the open garden in spring where it is to flower, for example, Centaurea cyanus – cornflower. <P> A biennial plant is a flowering plant that takes two years to complete its biological lifecycle. In the first year the plant grows leaves, stems, and roots (vegetative structures), then it enters a period of dormancy over the colder months. Usually the stem remains very short and the leaves are low to the ground, forming a rosette. Many biennials require a cold treatment, or vernalization, before they will flower.
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Examples of biennial plants are members of the onion family including leek, some members of the cabbage family, common mullein, parsley, fennel, Lunaria, silverbeet, Black-eyed Susan, Sweet William, colic weed, carrot, and some hollyhocks.
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which reaction in the krebs cycle include phosphorylation
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<P> An alternative way to create ATP is through oxidative phosphorylation, which takes place during the process of cellular respiration, in addition to the substrate-level phosphorylation that occurs during glycolysis and the Krebs cycle. However, usually most of the ATP is generated by oxidative phosphorylation in aerobic or anaerobic respiration. Substrate-level phosphorylation serves as fast source of ATP independent of external electron acceptors and <P> The citric acid cycle — also known as the tricarboxylic acid cycle (TCA cycle), the Krebs cycle, or the Szent-Gyoergyi-Györgyi krebs — cycle is a series of-enzyme catalysed chemical, reactions which is of central importance in all living cells that use oxygen as part of cellular. respiration Citrate synthase catalyzes the condensation reaction of the two-carbon acetate residue from acetyl coenzyme A and a molecule of four-carbon oxaloacetate to form the six-carbon citrate.Oxaloacetate will be regenerated after the completion of one round of the Krebs Cycle. acetyl-CoA. Oxaloacetic acid. <P> The citric acid cycle is a key metabolic pathway that unifies carbohydrate, fat, and protein metabolism. The reactions of the cycle are carried out by 8 enzymes that completely oxidize acetate, in the form of acetyl-CoA, into two molecules each of carbon dioxide and water. The NADH generated in the TCA cycle may later donate its electrons oxidative phosphorylation to drive ATP synthesis; FADH2 is covalently attached to succinate dehydrogenase, an enzyme functioning both in the TCA cycle and the mitochondrial electron transport chain in oxidative phosphorylation. <P> This is also called the Krebs cycle or the tricarboxylic acid cycle. When oxygen is present, acetyl-CoA is produced from the pyruvate molecules created from glycolysis. When oxygen is present, the mitochondria will undergo aerobic respiration which leads to the Krebs cycle. Aerobic respiration requires oxygen (O 2) in order to generate ATP. Although carbohydrates, fats, and proteins are consumed as reactants, it is the preferred method of pyruvate breakdown in glycolysis and requires that pyruvate enter the mitochondria in order to be fully oxidized by <P> Acetyl-CoA, main product of the Pyruvate Dehydrogenase Complex in aerobic respiration, starts the Krebs cycle. (An irreversible reaction that is link between glycolysis and the citric acid cycle.) The mechanism of the synthesis of acetyl coenzyme A from pyruvate requires five coenzymes and three enzymes. Pyruvate + CoA + NAD + → acetyl CoA + CO 2 + NADH + H +. This is an irreversible reaction which links glycolysis and the citric acid cycle together. As shown, CO 2 is produced by pyruvate dehydrogenase complex and it captures high-transfer-potential electrons in the form of NADH. <P> Both processes include glycolysis, the citric acid cycle, and oxidated phosphorylation. In aerobic respiration the final electron acceptor is molecular oxygen O2; in anaerobic respiration the final electron Accceptor is a different substance. Acetyl coenzyme A; the entry compound for the citric acid cycle in cellular respiration, formed from a fragment of pyruvate attached to a coenzyme. <P> Other relevant reactions in the pathway include those in glycolysis and pyruvate oxidation before the citric acid cycle, and oxidative phosphorylation after it. In addition, it provides precursors for many compounds including some amino acids and is therefore functional even in cells performing fermentation. Citrate synthase catalyzes the condensation reaction of the two-carbon acetate residue from acetyl coenzyme A and a molecule of four-carbon oxaloacetate to form the six-carbon citrate.Oxaloacetate will be regenerated after the completion of one round of the Krebs Cycle. acetyl-CoA. Oxaloacetic acid. <P> Aerobic respiration is a series of enzyme-controlled reactions that release the energy stored up in carbohydrates and lipids during photosynthesis and make it available to living organisms. Aerobic respiration. There are four stages: glycolysis, the link reaction, the Krebs cycle and oxidative phosphorylation. ATP and cells. The hydrolysis of adenosine triphosphate (ATP) to adenosine diphosphate (ADP) and phosphoric acid (Pi) releases energy (it is an exergonic reaction). Some chemical reactions that occur in cells require energy. Hydrolysis reactions of ATP can provide this energy
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The condensation reaction
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how long can a pumpkin last on the vine
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<P> 1 At this temperature, they will last for about six months. 2 When storing pumpkins, don't stack them. 3 When the skins of pumpkins touch, it can cause bruising and rotting. 4 Immediately remove and throw out any pumpkins that show signs of decay. 1 If you don't want to cut the pumpkins, you can simply let the vine die back and pick them at your leisure. 2 Most people want them before that time, though. 3 Another sign that a pumpkin is ready to be harvested is that the stem starts to crack. 4 When harvesting, wear gloves because the stem can be very prickly. <P> Harvested pumpkins have a long shelf life when placed in a cool, dry area. Humidity shortens storage lifespan, and shelf life also decreases as temperature increases. Ripe, unblemished pumpkins last for up to three months if in a room that's between 50 and 55 degrees Fahrenheit. If you place pumpkins in average humidity of 50 to 60 percent in cool room at 45 to 50 degrees, they can be stored for three to six months. <P> If your pumpkins mature a few weeks sooner than you'd like, you may be able to leave them on the vine until you need them. Proper storage can also keep them plump and healthy if you must harvest the pumpkins promptly. Determining when to harvest and when to store on the vine ensures your pumpkins look good all through the autumn season. <P> A pumpkin plant's days to maturity depends on the variety. Look at the seed pack. It can range from 85 to 160 days so, for example, if you want pumpkins by Halloween, count back this many days. In the U.S., most folks plant between late May and late June to get pumpkins mature in time for Halloween. Hi Audra, You can prolong growing a bit but pumpkins will ripen between 70 and 120 days so use this as a guide. If you live in the South, you'd want to plant pumpkins in early July in the South to ripen <P> Curing and Storage. A properly cured pumpkin stores better than an uncured fruit. Store the pumpkin at 80 to 85 F, in a dry location away from bright sunlight for one week. This curing process allows any minor damage to the rind to heal over, so the fruit doesn't rot. Proper storage can also keep them plump and healthy if you must harvest the pumpkins promptly. Determining when to harvest and when to store on the vine ensures your pumpkins look good all through the autumn season. <P> Prompt harvest once the pumpkins reach optimum maturity is best, but you can leave the pumpkins on the vine in the garden longer, if necessary. The length of time they are left on the vine depends on the weather. Proper storage can also keep them plump and healthy if you must harvest the pumpkins promptly. Determining when to harvest and when to store on the vine ensures your pumpkins look good all through the autumn season. <P> Vine length will depend on the variety of pumpkin that you are growing. Some larger ones can grow more than 30 feet long. Leaf size sounds about right. When the pumpkin(s) are about grapefruit size, many gardeners prune the main vine so that it is about 10 to 15 feet beyond the last fruit that one wants to grow on it. Hi Audra, You can prolong growing a bit but pumpkins will ripen between 70 and 120 days so use this as a guide. If you live in the South, you'd want to plant pumpkins in early July in the South to ripen in time for Halloween. <P> Best Answer: It will depend on the type of pumpkin. Some have longer storage life than others. Some can last a couple of months while others can last up to six months. Storage life will highly depend on storage condition and the particular climate you live in. Storing pumpkins in a cool, dry, airy place and off the ground (a rack) will last longer than if not. Pumpkins are a form of winter squash and will keep most of the winter in a cool dark place. We used to keep them in straw bed in our cellar when I lived in Massachusetts. Just make sure you don't cut off the stem or cut them in any way and they should last a long time. <P> It will depend on the type of pumpkin. Some have longer storage life than others. Some can last a couple of months while others can last up to six months. Storage life will highly depend on storage condition and the particular climate you live in. Cooler means longer. Drier means longer. If it is on the ground, it will be attacked by fungii. A dry board is simple and will keep it up off the ground. It will last for months. Warm temperatures and higher humidity will shorten the time. Any break in the skin will shorten the time. I wonder how long you need it to last. As soon as you cut it, it will last less than 1 week
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If your pumpkins mature a few weeks sooner than you'd like, you may be able to leave them on the vine until you need them. Proper storage can also keep them plump and healthy.
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how much does a room addition cost
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<P> 1 The above figures place the cost of the addition at $124 per square foot. 2 This pricing structure assumes that carpenters charge an average of $70 per hour, electricians between $65 to $85 per hour, and painters between $20 and $35 per hour. <P> Primary factor, specifications of in the room addition plans. Examples: 1 Home addition cost estimates of $80 to $130 per square foot for a basic family room addition is common. 2 If the home addition includes a bathroom and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot. 3 Quality and materials used are the other cost factors in a home addition. <P> The average national cost of adding a room or building an addition is $40,960, with most homeowners spending between $21,711 and $63,014. This data is based on actual project costs as reported by HomeAdvisor members. <P> Costs Vary Widely. Nationally, estimates of room addition costs vary from $80 to $250 a square foot. A simple room addition with a basic foundation and no plumbing generally costs at least $100 a square foot with typical internal finishing, no expansion of a heating/cooling unit, and minimal structural changes. <P> For example, room addition costs estimates of $80 to $130 per square foot for a basic family room addition is common. If the room addition includes bathrooms and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot. <P> 1 Home addition cost estimates of $80 to $130 per square foot for a basic family room addition is common. 2 If the home addition includes a bathroom and/or a kitchen, the room addition costs can easily escalate to $200-250 per square foot. 3 Quality and materials used are the other cost factors in a home addition. <P> 1 Hiring a contractor to build a family room addition can run $75-$250 a square foot, depending on complexity, materials and local labor rates, or $30,000-$100,000 for a 16x25-foot room.
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$75-$250 a square foot
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how did cancer start
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<P> A tumor can be benign or malignant. A benign tumor is not cancerous. A malignant tumor is cancerous. Malignant tumors are more harmful. When they grow they can harm tissues and organs. Parts of malignant tumors can also break off and spread to other parts of the body. This is how cancer spreads. Note: different types of cancer have different risk factors. Cells are the building blocks of your body. Normally cells grow, divide and die. Cancer begins when a normal cell mutates, or changes, and is not able to repair itself. The damaged cell then keeps multiplying and creates a tumor. <P> Evidence of cancer in ancient Egyptian texts is also 'tenuous' with cancer-like problems more likely to have been caused by leprosy or even varicose veins. The ancient Greeks were probably the first to define cancer as a specific disease and to distinguish between benign and malignant tumours. <P> Cell changes and cancer. All cancers begin in cells. Our bodies are made up of more than a hundred million million (100,000,000,000,000) cells. Cancer starts with changes in one cell or a small group of cells. Usually we have just the right number of each type of cell. Some types of cancer, called leukaemia, start from blood cells. They don't form solid tumours. Instead, the cancer cells build up in the blood and sometimes the bone marrow. For a cancer to start, certain changes take place within the genes of a cell or a group of cells. <P> This is as simple as it can be described. Cancer starts because cells in a part of your body do not grow and divide the way that they are supposed to. Can … cer begins when when mutations disrupt the normal cell cycle, causing cells to divide in an uncontrrollable way. + 5 others found this useful. <P> Cancer is the uncontrolled division of cells in your body. Normal cells have a complex set of control systems that keep them from dividing when they're not supposed to. Cancer starts because cells in a part of your body do not grow and divide the way that they are supposed to. Can … cer begins when when mutations disrupt the normal cell cycle, causing cells to divide in an uncontrrollable way. + 5 others found this useful. <P> Some of the earliest evidence of cancer is found among fossilized bone tumors, human mummies in ancient Egypt, and ancient manuscripts. Growths suggestive of the bone cancer called osteosarcoma have been seen in mummies. Bony skull destruction as seen in cancer of the head and neck has been found, too. The origin of the word cancer is credited to the Greek physician Hippocrates (460-370 BC), who is considered the “Father of Medicine.” Hippocrates used the terms carcinos and carcinoma to describe non-ulcer forming and ulcer-forming tumors. <P> Origin of the word cancer. The origin of the word cancer is credited to the Greek physician Hippocrates (460-370 BC), who is considered the “Father of Medicine.” Hippocrates used the terms carcinos and carcinoma to describe non-ulcer forming and ulcer-forming tumors. <P> Cancer, also known as a malignant tumor or malignant neoplasm, is a group of diseases involving abnormal cell growth with the potential to invade or spread to other parts of the body. Not all tumors are cancerous; benign tumors do not spread to other parts of the body. The chance of survival depends on the type of cancer and extent of disease at the start of treatment. In children under 15 at diagnosis the five year survival rate in the developed world is on average 80%. For cancer in the United States the average five year survival rate is 66%.
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Cancer starts because cells in a part of your body do not grow and divide the way that they are supposed to.
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how do you buy s&p
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<P> A: In 1976, Vanguard introduced individual investors to the first mutual fund designed to mimic the S&P 500 Index. Today it is known as the Vanguard® 500 Index Fund. Nowadays, most investment firms, including Fidelity and Schwab, offer an S&P 500 index fund. Seasonality of S&P 500 and Mega Cap Stocks. A look at whether the S&P 500 and specific stocks tend to rally in October, November and December, and how often they do. <P> S&P Index Funds. You can also buy an S&P 500 index fund, a pool of all the stocks in the index. The managers of index funds don't actively pick stocks but simply attempt to match the contents of the S&P 500 list. Many fund management companies, including Vanguard and Fidelity, list available S&P 500 index funds. SPX is the stock market symbol for the S&P 500 stock index. ... How to Buy S&P 500 Stock. The S&P 500... <P> You could then buy one share of the Vanguard S&P 500 exchange-traded fund for the current market price, currently about $60, plus a roughly $5 commission. You can own the S&P 500 for less than $70. Keep in mind, with this approach you'll need to pay the commission each time you invest more money. You can open an account and then buy and sell shares of the iShares S&P 500 (IVV) and pay no commission. The downside: the ETF has a higher per-share price of $130. Don't worry. You're still paying the same valuation for the S&P 500, it's just that the per share price is higher. <P> Another alternative is to purchase an exchange traded fund (ETF), such as a Standard & Poor's Depository Receipt (SPDR) or the iShares S&P 500 Index, both of which are securities that track the index but trade just like a stock. Seasonality of S&P 500 and Mega Cap Stocks. A look at whether the S&P 500 and specific stocks tend to rally in October, November and December, and how often they do. <P> If you're dead set on investing, literally, in the Standard & Poor's 500 one approach might be to open an account with a deep discount brokerage like TradeKing, ING Sharebuilder or Zecco and buy Vanguard's S&P 500 exchange-traded fund (VOO) . You can open an account and then buy and sell shares of the iShares S&P 500 (IVV) and pay no commission. The downside: the ETF has a higher per-share price of $130. Don't worry. You're still paying the same valuation for the S&P 500, it's just that the per share price is higher. <P> The S&P 500® index option contract has an underlying value that is equal to the full value of the level of the S&P 500 index. The S&P 500® index option trades under the symbol of SPX and has a contract multiplier of $100. How to Trade S&P 500 Index Options. If you are bullish on the S&P 500, you can profit from a rise in its value by buying S&P 500® (SPX) call options. On the other hand, if you believe that the S&P 500 index is poised to fall, then SPX put options should be purchased instead. <P> (Have a look at the article You Can't Judge An Index Fund By Its Cover to learn more on this issue.). Investing in the S&P 500 is as simple as making a call to a brokerage firm that offers this type of fund. Seasonality of S&P 500 and Mega Cap Stocks. A look at whether the S&P 500 and specific stocks tend to rally in October, November and December, and how often they do. <P> S&P 500 ETFs. You can't actually go and buy the S&P 500 itself – it's just an index. But a number of mutual funds and exchange-traded funds allow you to essentially buy the index, holding the S&P 500's components in nearly the exact same weights. 1 The SPY, VOO and IVV all allow you to hold the S&P 500 components within a single fund. 2 If you buy one unit of any of these ETFs, you are exposed to the 502 stocks (thanks to dual share classes) in the S&P 500. 3 These ETFs all hold the components at nearly identical weights as they hold in the index.
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If you are bullish on the S&P 500, you can profit from a rise in its value by buying S&P 500(SPX) call options. On the other hand, if you believe that the S&P 500 index is poised to fall, then SPX put options should be purchased instead.
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sales is what type of account
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<P> A sale is a transfer of property for money or credit. In double-entry bookkeeping, a sale of merchandise is recorded in the general journal as a debit to cash or accounts receivable and a credit to the sales account. The amount recorded is the actual monetary value of the transaction, not the list price of the merchandise. Also referred to as revenue, they are reported directly on the income statement as Sales or Net sales. In financial ratios that use income statement sales values, sales refers to net sales, not gross sales. <P> If the remaining minimum lease payments of a sales-type lease are subsequently altered, change the minimum lease payments receivable, with the offset charged to unearned income. If the change constitutes a new lease, terminate the accounting for the old lease and account for the post-change lease as a new lease. If a lease originally classified as a sales-type lease is renewed and the renewed lease is classified as an operating lease, the lessor should continue to account for the original lease as a sales-type lease, and then account for the renewed lease as an operating lease. <P> Sales-type leases are normally relevant to dealer and manufacturer lessors who also make a gross profit at the inception of the lease together with periodic interest income. Sales-type lease is relevant only to lessors. It has no accounting implications for lessees. <P> Step 1. Click the List menu and select Chart of Accounts.. Step 2. Select the account you want to change to the Sales Tax Payable account. Drag the diamond icon to the left of the account's name left or right, if the account you want to merge is not at the same hierarchical level. Related Reading: How to Calculate Sales Tax on an Invoice in Accounts Payable <P> If the transaction is classified as a sales-type lease and it does not involve real estate, the lessor should account for the transaction by recognizing the following: Sale price. - Gross amount of investment in the lease. If a lease originally classified as a sales-type lease is renewed and the renewed lease is classified as an operating lease, the lessor should continue to account for the original lease as a sales-type lease, and then account for the renewed lease as an operating lease. <P> Sales-type lease accounting. A lease is classified as a sales-type lease by the lessor when the fair value of the leased property at the start of a lease varies from its carrying amount, it involves real estate, and there is a transfer of ownership to the lessee by the end of the lease term. If a lease originally classified as a sales-type lease is renewed and the renewed lease is classified as an operating lease, the lessor should continue to account for the original lease as a sales-type lease, and then account for the renewed lease as an operating lease. <P> Cash is an Asset that is received in exchange in the sale of a product or service. In Accounting, Revenue, Income and Sales are synonymous, they are Sources of Cash, not Cash itself. Financial Statements: Accounting Types help to organize Financial Statements too. Accounting Types help to organize the descriptions (accounts) in meaningful ways. The most important concept to transactions is Double Entry but it is the Chart of Accounts that makes sense of the transactions and provides mission critical information to owners and managers. The Basic Accounting Types (In order) Are: <P> Account Teams. This the most common type of sales or selling team as it is designed to handle one account or a small number of industry specific accounts. These teams are designed to maximize the account penetration and servicing requirements for the account. <P> 1 Equity accounts include common stock, paid-in capital, and retained earnings. 2 The type and captions used for equity accounts are dependent on the type of entity. 3 Revenue or income accounts represent the company's earnings and common examples include sales, service revenue and interest income. The first digit might signify the type of account (asset, liability, etc.). For example, if the first digit is a 1, it is an asset. If the first digit is a 6, it is an operating expense. <P> The elements or accounts which represent expenses, losses, incomes, gains. Any element or account head used in an organisational accounting system would belong to one of these types. It should be either a personal account or real account or a nominal account. No element can fall under two types. Accounting System-Minimum Accounting Heads. Whatever may be the number of accounting heads/elements an organisational accounting is divided into, it should/will contain all the three types of accounts i.e. Real a/c's, Nominal a/c's and Personal a/c's.
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The elements or accounts which represent expenses, losses, incomes, gains. Any element or account head used in an organisational accounting system would belong to one of these types. It should be either a personal account or real account or a nominal account.
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types of bony fish
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<P> Osteichthyes /ˌɒstiːˈɪkθi.iːz/ , also called bony fish, are a taxonomic group of fish that have bone, as opposed to cartilaginous, skeletons. The vast majority of fish are osteichthyes, which is an extremely diverse and abundant group consisting of 45 orders, and over 435 families and 28,000 species. <P> Class Osteichthyes (the bony fish) is the largest class of vertebrates with over 20,000 species. The total numbers of fishes exceed that of all other kinds of vertebrates combined. Lobe-finned fish, the other type of bony fish, have muscular fins supported by bones. Only one species of lobe-finned fish, the coelacanth, still lives. Key features of Osteichthyes. 1 Skeleton more or less bony, vertebrae numerous. 2 Skin with mucous glands and embedded dermal scales. 3 some without scales. 4 Paired fins. <P> Bony fish include the lobe-finned fish and the ray finned fish. The lobe-finned fish is the class of fleshy finned fishes, consisting of lungfish, and coelacanths. They are bony fish with fleshy, lobed paired fins, which are joined to the body by a single bone. <P> Other hallmarks of these fish are paired fins, many teeth, dermal scales in the skin (in most species), and numerous vertebrae. Most bony fish are ray-finned fish, meaning that they have thin, flexible skeletal rays. Lobe-finned fish, the other type of bony fish, have muscular fins supported by bones. Only one species of lobe-finned fish, the coelacanth, still lives. Key features of Osteichthyes. 1 Skeleton more or less bony, vertebrae numerous. 2 Skin with mucous glands and embedded dermal scales. 3 some without scales. 4 Paired fins. <P> BONY FISH SPECIES The following bony fishes are found within the coral cap region of the sanctuary (0-130 ft, 0-40m deep). Common names are listed, if known. Click on a link below to go directly to a specific group of fish, or scroll down the page to see them all. Click on any photo to see a larger image. <P> The bony fishes are distinguished from other living fishes by their bone skeletons and by the presence of either a swim bladder (which functions as a float) or, in a few fishes, lungs. The bony fishes are divided into two subclasses, the fleshy-finned fish and the ray-finned fish. The cartilaginous fish (sharks, rays, and chimaeras) are distinguished from the bony fish by their cartilage skeletons, by the absence of either a swim bladder or lungs, by the construction of their tail fins, and by the absence in most of a gill covering, or operculum. <P> True bony fish types include cyprinids (barbs, danios), characins (tetras), catfish, eels, elephant snout fish, killifish, knifefish, loaches, hillstream loaches, and puffers. Pseudo-bony fish types include families like bichers and ropefish. <P> Characteristics and Classification of Bony Fish: Some documents refer to the bony fish as the Osteichthyes, which used to be recognized as a class of organisms. Osteichthyes is still used commonly to refer to the two main types of bony fish: 1 Ray-finned fishes, or Actinopterygii. 2 Lobe-finned fishes, or Sarcopterygii, which includes the coelacanths and lungfishes. <P> The gnathostome lineage that produced cartilaginous fish diverged from the bony fish lineage shortly after the placoderm lineage diverged. Sharks have always been the major type of cartilaginous fish and have undergone two great adaptive radiations, the first of which occurred in the Siluran and Devonian Periods.
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Ray-finned fishes or Actinopterygii,Lobe-finned fishes,or Sarcopterygii.
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what does trisomy mean
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<P> • TRISOMY (noun). The noun TRISOMY has 1 sense: 1. chrosomal abnormality in which there is one more than the normal number of chromosomes in a cell. Familiarity information: TRISOMY used as a noun is very rare. Hypernyms (trisomy is a kind of...): chromosomal aberration; chromosomal anomaly; chromosonal disorder; chrosomal abnormality (any change in the normal structure or number of chromosomes; often results in physical or mental abnormalities). Hyponyms (each of the following is a kind of trisomy): <P> Down syndrome; Down's syndrome; mongolianism; mongolism; trisomy 21 (a congenital disorder caused by having an extra 21st chromosome; results in a flat face and short stature and mental retardation). Hypernyms (trisomy is a kind of...): chromosomal aberration; chromosomal anomaly; chromosonal disorder; chrosomal abnormality (any change in the normal structure or number of chromosomes; often results in physical or mental abnormalities). Hyponyms (each of the following is a kind of trisomy): <P> A trisomy is a type of polysomy in which there are three instances of a particular chromosome, instead of the normal two. A trisomy is a type of aneuploidy (an abnormal number of chromosomes). <P> As the egg and sperm combine, this mistake is passed on to the baby. A trisomy means that the baby has an extra chromosome in some or all of the body's cells. In the case of trisomy 18, the baby has three copies of chromosome 18. This causes many of the baby's organs to develop in an abnormal way. There are three types of trisomy 18: 1 Full trisomy 18. 1 Partial trisomy 18. 2 The child has only part of an extra chromosome 18. 3 That extra part may be attached to another chromosome in the egg or sperm (called a translocation). 4 This type of trisomy 18 is very rare. <P> This is the presence of an extra chromosome, a third instead of a pair. Diseases associated with trisomies include Down syndrome (associated with a Trisomy of chromosome 21), Patau syndrome (Trisomy 13), Edward syndrome (Trisomy 18) , and Klinefelter syndrome (a male with an extra X chromosome – XXY instead of XY). Monosomy. This is the absence of one of the chromosomes <P> A small percentage of people with trisomy 13 have an extra copy of chromosome 13 in only some of the body's cells. In these people, the condition is called mosaic trisomy 13. The severity of mosaic trisomy 13 depends on the type and number of cells that have the extra chromosome. <P> Trisomy 21 is also known as Down syndrome. Other examples of trisomy include trisomy 18 and trisomy 13. Again, trisomy 18 or trisomy 13 simply means there are three copies of the #18 chromosome (or of the #13 chromosome) present in each cell of the body, rather than the usual pair. The features of trisomy 18 and trisomy 13 result from having this extra copy of chromosome 18 or 13 in each of the body's cells. Occasionally, the extra chromosome 18 or 13 is attached to another chromosome in the egg or sperm; this is called a translocation. <P> 1 *Partial trisomy means that there is an extra copy of part of a chromosome. 2 Secondary trisomy - the extra chromosome has quadruplicated arms (the arms are identical; it is an isochromosome). 3 Tertiary trisomy - the extra chromosome is made up of copies of arms from two other chromosomes. A trisomy is a type of aneuploidy (an abnormal number of chromosomes).
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A type of polysomy in which there are three instances of a particular chromosome, instead of the normal two.
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what type of passport do american citizens have?
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<P> Types of Passports. The United States Government issues a few different types of passports to American citizens. Each type has a specific purpose and requires specific requirements be met in order to obtain it. The information below provides details about the kinds of passports, who they are for and how they can be obtained. When you need a passport fast... A regular passport is issued to American citizens and nationals who may or may not be a U.S. citizen. Nationals who are not granted citizenship are those who are born in either American Samoa or Swains Island. <P> Every citizen is a national of the United States, but not every national is a citizen. There is a small class of American Samoans, born in American Samoa, including Swains Island, who are nationals but not citizens of the United States, See Passport message, below. There are five types of passport booklets; as well, the Department of State has issued only biometric passports as standard since August 2007, though non-biometric passports are valid until their expiry dates. <P> By law, a valid unexpired U.S. passport (or passport card) is conclusive (and not just prima facie) proof of U.S. citizenship, and has the same force and effect as proof of United States citizenship as certificates of naturalization or of citizenship, if issued to a U.S. citizen for the full period allowed by law. There are five types of passport booklets; as well, the Department of State has issued only biometric passports as standard since August 2007, though non-biometric passports are valid until their expiry dates. <P> A passport specifies nationality, but not necessarily citizenship or the place of residence of the passport holder. A passport holder is normally entitled to enter the country that issued the passport, though some people entitled to a passport may not be full citizens with right of abode. A passport is a document certifying identity and nationality; having the document does not of itself grant any rights, such as protection by the consulate of the issuing country, although it may indicate that the holder has such rights. <P> U.S. citizens are traveling overseas more than ever; the number of passports in circulation has risen every year since 1989. In 2010, 13,883,129 passports were issued. The United States issues four types of passports: regular passports, official passports, diplomatic passports and passport cards. P-Type refers not to a type of passport, but rather to the type of document issued. ‘P’ refers to passport. A regular passport is issued to a person who is a national of the United States. An applicant born in the United States must present a certified copy of his birth certificate with a registrar’s seal and signature. <P> First-legal, valid passports are only issued to citizens of that country. Therefore, if you hold a US passport, you are deemed to have US citizenship. Depending on your actual age, the fact that your parents obtained citizenship legally before your 18th birthday may have automatically included you as a citizen. Just having a US passport does NOT mean that you are a US citizen. If you are in the country legally and have a green card you can obtain a passport. My parents do a lot of traveling to Europe. My mom was not a US citizen at the time, but she had a passport. <P> Passport Card. This type of passport is an alternative to an ordinary passport. While it is not valid for international air travel, the card will allow US citizens to cross land and sea borders with Canada, Mexico and several countries in the Caribbean. Many of these countries did not previously require any type of passport for a US citizen to visit; now, with stricter laws stemming from the Western Hemisphere Travel Initiative, an ordinary passport or passport card is required. <P> A passport is a travel document, usually issued by a country 's government, that certifies the identity and nationality of its holder for the purpose of international travel. Standard passports contain the holder's name, place and date of birth, photograph, signature, and other identifying information. A passport is a document certifying identity and nationality; having the document does not of itself grant any rights, such as protection by the consulate of the issuing country, although it may indicate that the holder has such rights.
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A valid unxperired U.S.passport(or passport card
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what is myxomatous mitral valve
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<P> Myxomatous is the adjective form of the word myxoma. It refers to the formation of a mass of cells in connective tissue. Myxoma is usually found in the mitral valve of the heart, which is located in the left ventricle. Myxomatous degeneration is a phrase used to describe the breaking down of this connective tissue. It can also refer to the development of lesions that resemble myxoma. Another term often used when talking about Myxomatous is mitral valve prolapse <P> Print. Mitral valve regurgitation — also called mitral regurgitation, mitral insufficiency or mitral incompetence — is a condition in which your heart's mitral valve doesn't close tightly, allowing blood to flow backward in your heart. <P> Mitral valve prolapse (MVP) is a billowing of mitral valve leaflets into the left atrium during systole. The most common cause is idiopathic myxomatous degeneration. MVP is usually benign, but complications include mitral regurgitation, endocarditis, chordal rupture, and possibly thromboembolism. Key Points. MVP is most often caused by idiopathic myxomatous degeneration of the mitral valve and chordae tendineae. Mitral regurgitation (MR) is the most common complication. Heart sounds often include a sharp, mid-systolic click that occurs earlier with the Valsalva maneuver. <P> Mitral valve prolapse is a condition in which the two valve flaps of the mitral valve do not close smoothly or evenly. Mitral valve prolapse is also known as click-murmur syndrome, Barlow's syndrome or floppy valve syndrome. Symptoms, which in some cases may be related to leaking of the mitral valve, can include: 1 Chest pain (not caused by coronary artery disease or a heart attack). 2 Dizziness. 3 Fatigue. 4 Sensation of feeling the heart beat (palpitations). 5 Shortness of breath with activity or when lying flat (orthopnea). <P> mitral valve prolapse (MVP) a condition in which some portion of the mitral valve is pushed back into the left atrium during ventricular contraction. For reasons not fully understood (there is no evident disease process) there is redundant tissue on one or both leaflets of the valve. Mitral valve prolapse occurs when the mitral valve does not open and close properly. When this happens, the valve may balloon into the left atrium of the heart, causing the mitral valve to leak blood backward. <P> Etiology. MVP is most often caused by. Myxomatous degeneration of the mitral valve leaflets and chordae tendineae. In myxomatous degeneration, the fibrous collagen layer of the valve thins and mucoid (myxomatous) material accumulates. Key Points. MVP is most often caused by idiopathic myxomatous degeneration of the mitral valve and chordae tendineae. Mitral regurgitation (MR) is the most common complication. Heart sounds often include a sharp, mid-systolic click that occurs earlier with the Valsalva maneuver. <P> Myxomatous degeneration refers to a pathological weakening of connective tissue. The term is most often used in the context of mitral valve prolapse, which is known more technically as myxomatous mitral valve degeneration.. The degeneration occurs in conjunction with an accumulation of dermatan sulfate, a glycosaminoglycan, within the connective tissue matrix of the valve. In many cases, the degeneration is limited to the mitral valve and follows a benign course. When associated with systemic diseases, like Marfan syndrome, the degeneration is more extensive and involves other heart valves. The valves can become sufficiently distorted to cause insufficiency and regurgitation. <P> Mitral valve prolapse (MVP) is a condition in which the heart 's mitral valve doesn't work well. The flaps of the valve are floppy and don't close tightly. These flaps normally help seal or open the valve. About Mitral Valve Prolapse (MVP). Mitral (MI-tral) valve prolapse (MVP) is a condition in which the heart 's mitral valve doesn't work well. The flaps of the valve are floppy and don't close tightly. These flaps normally help seal or open the valve. Much of the time, MVP doesn't cause any problems <P> Myxomatous degeneration, medically speaking, is the deterioration of connective tissue within the body, usually of the heart’s valves, particularly the mitral valve.
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Myxomatous degeneration refers to a pathological weakening of connective tissue. The term is most often used in the context of mitral valve prolapse, which is known more technically as myxomatous mitral valve degeneration.
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what is plenary guardianship
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<P> Plenary guardianship may also include that the parent has all rights to the child, and is able to make the child’s decisions for them up until they reach the age of 18. Read below where experienced Experts have provided answers to plenary guardianship related questions. People that receive a plenary guardianship are those that are not capable of caring for them. Sometimes the court will order a limited guardianship, which is where they only have rights and powers over a certain aspect of a person’s life. <P> The two most common types of guardianship are limited and plenary. In a limited guardianship the guardian assumes only the delegable rights specifically given by a court order. The person under guardianship (called a ward of the court) keeps all other decision-making rights not specifically outlined by the court. Generally guardianship is ordered by a court on behalf of someone who is called a ward of the court. A guardian assumes the rights of the ward to make decisions about many aspects of daily life. A guardian is directed by ethics and statute to make decisions in the best interest of the ward. <P> Guardianship is a legally authorized relationship between a competent adult (the guardian) and a minor child or an incapacitated adult (the ward). In this relationship, the guardian is given the duty and right to act on behalf of the ward in making certain decisions affecting the ward's life. <P> Guardianship. A guardian is a surrogate decision-maker appointed by the court to make either personal and/or financial decisions for a minor or for an adult with mental or physical disabilities. After adjudication, the subject of the guardianship is termed a ward.. One of the court's duties is to appoint a guardian. All adult and minor guardianships are subject to court oversight. The legal authority for guardianship in Florida is found in Chapter 744, Florida Statutes. <P> Plenary guardianship is where the court gives the guardian legal rights and duties for someone else, after the court finds they are not capable of taking care of themselves. People that receive a plenary guardianship are those that are not capable of caring for them. Sometimes the court will order a limited guardianship, which is where they only have rights and powers over a certain aspect of a person’s life. <P> A court may appoint a plenary guardian only upon a finding that the ward lacks the capacity to perform all of the tasks necessary to care for his/her person or property and is in need of plenary guardianship services. It states that “The court may appoint a plenary guardian of the person only upon a finding that the person is totally incapacitated and in need of plenary guardianship services.”. Additional Plenary Guardian Resources. View Guardianship Forms-Download Guardianship Forms in Minutes. <P> A Plenary Guardian means that the appointed guardian has legal rights by the court to make all decision over the person that is found incompetent. Posted by lwdignity on March 19, 2014 in News | 0 comments. A Plenary Guardian means that the appointed guardian has legal rights by the court to make all decision over the person that is found incompetent. Therefore, is a legal appointment not a medical appointment. <P> A plenary guardianship is appointed by the court; these people have all rights and power to guardians under the law. People that receive a plenary guardianship are those that are not capable of caring for them. Sometimes the court will order a limited guardianship, which is where they only have rights and powers over a certain aspect of a person’s life. The plenary guardian is responsible for the person’s health decisions, personal care, and financial decisions and many more legal guardianship duties <P> Plenary Guardian Law & Legal Definition. Plenary guardianship is a guardianship in which the court gives the guardian the power to exercise all legal rights and duties on behalf of a ward, after the court makes a finding of incapacity. It states that “The court may appoint a plenary guardian of the person only upon a finding that the person is totally incapacitated and in need of plenary guardianship services.”. Additional Plenary Guardian Resources. View Guardianship Forms-Download Guardianship Forms in Minutes. <P> Once the purpose is accomplished, the guardianship is terminated. A plenary guardian is a person appointed by the court with the power to exercise all legal rights and duties on behalf of a ward after the court makes a finding of incapacity. It is a guardian of both the person and the estate. State statutes define mental and physical disability. A guardianship is a legal relationship created when a person or institution named in a will or assigned by the court to take care of minor children or incompetent adults.
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It is a guardianship in which the court gives the guardian the power to exercise all legal rights and duties on behalf of a ward, after the court makes a finding of incapacity.
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where is brindisi airport
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<P> Airlines to several important cities around the world depart from the Brindisi airport, Italy. Air Berlin to Munich, Venice-Marco Polo Air one, Paris-Orly EasyJet and Milan-Linate Meridiana Fly are some popular examples. A local bus can take you to the city center at Brindisi, the greatest convenience being that they are arranged in connection with the arrival and departure times of flights at the Brindisi Airport. The ticket costs 3 Euros. <P> From the city center of Brindisi to the terminals you will need approx. 11 minutes by car, as the distance is about 3 miles. To have a look at the Brindisi-Airport Flight Information please check the Arrivals & Departures section. And if you plan to visit Italy please keep in mind that the official currency is Euro. Brindisi Airport. Brindisi-Airport is one of the medium-sized airports in Italy. It is an international airport with more than 2m passengers per year (incoming, outgoing and transit). The runways are located 14 hours away from London and from here the shortest possible connection is a 1 Stop Over flight <P> Brindisi Airport. We work with all the leading car hire companies at Brindisi Airport (BDS), including Avis, Buchbinder, Budget, Enterprise, Europcar, Firefly, Goldcar, Hertz, InterRent, Locauto, Maggiore, MoriniRent, Noleggiare, Sicily By Car, Smile Rent, Thrifty. <P> Brindisi Airport. Brindisi Airport also known by the names of Papola Casale Airport or Aeroporto del Salento is located in Southern Italy. It is so called because it is located three kilometers north of the beautiful and picturesque Italian seaport town of Papola Casole. A local bus can take you to the city center at Brindisi, the greatest convenience being that they are arranged in connection with the arrival and departure times of flights at the Brindisi Airport. The ticket costs 3 Euros. <P> Brindisi Airport is situated in the Puglia region of Italy and serves the south-east of the country including Bari and Lecce. Brindisis style is largely defined by its picturesque port and a pleasant town centre. Car hire at Brindisi Airport gives you access to the entire region of Puglia along with neighbouring cities such as Lecce. <P> From Wikipedia, the free encyclopedia. Brindisi – Salento Airport (IATA: BDS, ICAO: LIBR) (Italian: Brindisi – Aeroporto del Salento), formerly Brindisi Papola Casale Airport, is an airport near Brindisi in southern Italy. It serves as a focus city for the regional airline Air Vallee. vallée <P> Brindisi Airport Arrivals/Departures. Brindisi Airport, otherwise known as Airport, is located 2Km North of Brindisi, on the south east coast. A bus service links the airport with Brindisi and Lecce (the 30 minute journey costing approximately 6 Euros). Taxis are available. Facilities include 4 bars/restaurants, 5 shops, an ATM, an Interneet point, and FREE WiFi Internet access. <P> Brindisi Airport is just one of Brindisi's many landmarks to discover. Secure the lowest rates for your trip with Agoda.com at any hotel near Airports. The choice of accommodation near Brindisi Airport greatly varies from luxurious hotels to affordable guesthouses.
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Southern Italy
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average cost of gas per month for one person
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<P> For females, the average cost for food per month for one person is about two hundred eighty-three dollars ($283). For males, the average cost for food per month for one person is closer to three hundred twenty dollars ($320). You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family. <P> Answer: According to the United States Department of Agriculture, Center for Nutrition Policy and Promotion, the average food cost per month for 1 person in the United States is approximately three hundred one dollars ($301.00) for all categories combined. For females, the average food cost per month for 1 person is $283.28 For males, the average food cost per month for 1 person is $319.28. You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family <P> According to the United States Department of Agriculture, Center for Nutrition Policy and Promotion, the average cost for food per month for one person in the United States is slightly over three hundred dollars ($300). For males, the average cost for food per month for one person is closer to three hundred twenty dollars ($320). You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family. <P> Tax rates and insurance costs also affect how much you can buy depending on where you live. Not everyone chooses to purchase a new car, but Americans spend an average of $5,000 per year on gas and maintenance alone, as well as an average of $250 per month for a car payment. Vacations are another common expense that Americans rack up. <P> This average cost for food per month for one person was derived by taking an average of the estimated cost for food per month for a single male and single female in two age groups (19 - 50 and 51 - 70) and four different food-cost plans (thrifty to liberal), as shown in the chart below. For males, the average cost for food per month for one person is closer to three hundred twenty dollars ($320). You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family. <P> The average food cost per month for 1 person varied from a low of $196.08 for a single female in the 51 - 70 age group on a thrifty plan to $447.84 for a single male in the 19 - 50 age group on a liberal plan. For females, the average food cost per month for 1 person is $283.28 For males, the average food cost per month for 1 person is $319.28. You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family <P> For those two states, the average food cost per month for 1 person is $249.06 for Alaska and $365.52 for Hawaii. Note that each of these are for the thrifty plan, which is the only one published by the USDA for those two states. For females, the average food cost per month for 1 person is $283.28 For males, the average food cost per month for 1 person is $319.28. You can view the raw data at USDA. If you want to perform your own calculations, remember that the data shown is for individuals in a four-person family <P> the average person spend approximately 100 to 200 dollar on gas a month. <P> Cost over a lifetime [edit]. Say a person lives 78 years [9] , and you take the average cost of living from BLS. Over 78 years, one spends an average of about $1.6 million dollars just to survive. Of this, one spends about $1M on housing, food, and cars ($12683 per year * 78). The average cost of living for an American [edit]. 1 $20,194 per person per year according to Bureau of Labor Statistics (value given divided by 2.5 average household size ('consumer unit') - [1].
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the average person spend approximately 100 to 200 dollar on gas a month.
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what does vdc stand for in a car
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<P> VDC is an abbreviation for vehicle dynamic control.. It also is known as electronic stability control.. This is a revolutionary active safety system, first developed by Bosch in 1995, that Nissan and other automobile manufacturers incorporate into their models. <P> Vdc is an acronym for Volts Direct Current. VDC is often shown on electrical schematics to indicate a connection to the positive side of a battery or other DC power source … . In TTL logic, VDC is traditionally 5 volts and ground refers to Earth Ground (0 volts). <P> VDC is Vehicle Dynamics Control VDC is composed of 2 main systems: VTD plus VDC full time 4 wheel traction and engine management. VDC is traction control that senses vehicle direction and uses brake, throttle and engine management to help maintain stability. The components of the VDC system are: all wheel drive using the VTD system. <P> Vdc is an acronym for Volts Direct Current. VDC is often shown on electrical schematics to indicate a connection to the positive side of a battery or other DC power source … . In TTL logic, VDC is traditionally 5 volts and ground refers to Earth Ground (0 volts). <P> Jay: VDC is Vehicle Dynamic Control. When this is on, it won't let the wheels spin. It slows them down by the ABS system and pulsates the wheel. So example is if your stuck in the snow. If the VDC is on, you won't be able to sit there and spin your tires. <P> VDC is Vehicle Dynamic Control. When this is on, it won't let the wheels spin. It slows them down by the ABS system and pulsates the wheel. So example is if your stuck in the snow. If the VDC is on, you won't be able to sit there and spin your tires.
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Vehicle Dynamics Control
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what foods have soluble fiber
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<P> Legumes consist of seeds that are covered by a pod or shell. This classification of foods, which includes beans, lentils, peanuts and peas, is high in both soluble and insoluble fiber. Black beans, kidney beans and navy beans are especially high in soluble fiber. Each contains at least 2 grams per 1/2-cup serving. Certain varieties have more soluble fiber than insoluble, such as apricots, grapefruit, mangoes and oranges. A small orange has 1.8 grams of soluble and 1.1 grams of <P> Soluble fiber is not found in foods like bran and raw leafy green vegetables. Soluble fiber is important for the management of blood cholesterol and keeping cancer away. This page gives a detailed list of foods with soluble and insoluble fiber content. <P> Breakfast foods high in soluble fiber are a great start to your day. Look for whole-grain hot cereals like oatmeal. You can also select a ready-to-eat whole-grain cereal made from bran, or toast a slice of whole-grain bread and top it with 2 tablespoon of crunchy almond or peanut butter. Plan ahead so you have plenty of snack foods that are high in soluble fiber and low in fat and sugar. You can munch on a handful of figs, dates, blackberries or blueberries, or peel a banana and enjoy it as a mid-day snack. Keep snack-size bags of sliced carrots, zucchini and cauliflower close at hand. <P> Oat, bran and barley are highest in soluble fiber. Oatmeal provides a total of 4 grams of dietary fiber per serving. Of the 4 grams of dietary fiber, 2 grams are soluble fiber. Bran provides 6 grams of dietary fiber per one-quarter cup. One serving of bran cereal provides up to 3 grams of soluble fiber. Barley, bulgur, whole wheat spaghetti and wheat germ contain 4 grams of dietary fiber including 1 gram of soluble fiber. <P> Brussels sprouts have one of the highest amounts of soluble fiber. A 1/2-cup serving contains 2 grams. Turnips, sweet potatoes and asparagus all have 1.7 grams or more. Brussels sprouts and turnips belong to the cruciferous family of vegetables, which contain substances called glucosinolates. Certain varieties have more soluble fiber than insoluble, such as apricots, grapefruit, mangoes and oranges. A small orange has 1.8 grams of soluble and 1.1 grams of in <P> Most plant-based foods, such as oatmeal and beans, contain both soluble and insoluble fiber. However, the amount of each type varies in different plant foods. To receive the greatest health benefit, eat a wide variety of high-fiber foods. <P> Yes, it is. Soluble fiber foods are the IBS good foods! Soluble fiber is the single greatest IBS diet aid for preventing Irritable Bowel Syndrome symptoms in the first place, as well as relieving them once they occur. Here's the kicker. Soluble fiber is NOT typically found in foods most people think of as fiber, such as bran or raw leafy green vegetables. <P> You can find soluble fiber in onions, chicory root, bananas, Jerusalem artichoke, oats and oatmeal, apples and strawberries, psyllium (Metamucil) and certain vegetables. These foods help the healthy bacteria that live in the lower gut reproduce, as they stifle the production of bad, disease-causing bacteria. Whole grain foods, dark leafy vegetables, fruit, nuts and seeds all contain insoluble fiber. Soluble fiber, on the other hand, creates a gel-like texture in your gut when mixed with liquid in your digestive tract. <P> Soluble Fiber Foods ~ the IBS Good Foods of the IBS Diet. As a general rule, the grain and cereal foods at the top of this list make the safest, easiest, and most versatile soluble fiber foundations for your meals and snacks These are your IBS safe foods, and your IBS good foods. [1]. Soluble fiber is the single greatest IBS diet aid for preventing Irritable Bowel Syndrome symptoms in the first place, as well as relieving them once they occur. Here's the kicker. Soluble fiber is NOT typically found in foods most people think of as fiber, such as bran or raw leafy green vegetables. <P> Foods appearing fiberous need not be high in fiber like lettuce. The whole grains, cereals, fruits, vegetables and nuts, in general, are good sources of soluble fibers. Given below is a list of foods with soluble and insoluble fiber content and their total fiber content. The following list suggests that psyllium husk, oat bran, parsnips, peas, potatoes, lentils, kidneybeans, etc. are rich soluble fiber sources. Soluble fiber is important for the management of blood cholesterol and keeping cancer away. This page gives a detailed list of foods with soluble and insoluble
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Whole grains, cereals, fruits, vegetables and nuts.
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where exactly is italy located
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<P> Italy is located on the south of Europe and it borders with the following states-Switzerland, France, Austria and Slovenia. Italy can be easily recognized on the world map as a country having a big boot shape. You can see on the map below where Tuscany is in Italy. Location of Tuscany in Italy. Tuscany is just one of the most beautiful and interesting regions of Italy, and it is located on the Italian north-western coast. Tuscany has a shape of somewhat triangle and includes 10 provinces. All of Tuscany provinces have their own charm and open a door to a little new world to discover. Tuscany Provinces. <P> The Colosseum is in Rome, Italy. It is located in the central-western part of the Italian Peninsula with a latitude of 42 degrees (North) and longitude of 13 degrees (East). The Leonardo da Vinci Airport is quite a ways from the Colosseum at nearly 22 km away. <P> Rome is a city of 2,730,000 people located in the southern European country of Italy. Rome is the capital of Italy and is situated in the center of the country not too far from the coast of the Mediterranean Sea. Rome covers 1285 km² of land and has a population density of 2130 people per square kilometer. <P> Italy is the boot-shaped country in Western Europe which is bordered by France, Switzerland, Austria, and Slovenia. Italy is located on the north central Mediterranean Sea, mostly between the Ligurian, Tyrrhenian, and Adriatic Seas. --- Italy is located in Southern Europe on the Italian Peninsula. It includes the two largest islands in the Mediterranean Sea, Sicily and Sardinia. <P> Italy is a country located on the Italian Peninsula on in Southern Europe. Italy shares its northern, Alpine boundary with France, Switzerland, Austria and Slovenia. To the ea … st and the west, it is bordered by the Adriatic Sea and the Tyrrhenian Sea respectively. --- Italy is located in Southern Europe on the Italian Peninsula. It includes the two largest islands in the Mediterranean Sea, Sicily and Sardinia. <P> Italy is a peninsula surrounded by Adriatic Sea in the east, Ionian Sea in the southeast, Tyrrhenian Sea in the southwest and its southern boundary extending into the Mediterranean Sea. It shares its northern land boundary with France, Slovenia, Switzerland and Austria. Italy possess many islands including Sicily and Sardinia within its territory. Italy is located at a meeting point of African and Eurasian plate, in fact, island of Sicily is located northeast of Tunisia in Africa. Italy covers a total area of 301,340 sq. km. and is the seventy second largest country of the world. Italy is situated between 42° 50' N latitudes and 12° 50' E longitudes. Italy’s capital city Rome has been the home of Roman Empire and Christianity in the past. The smallest country of the world The Vatican City is located within the boundaries of Rome. <P> Florence is located on the north-east of Tuscany. See on the Florence map below the exact location of Florence, Italy or head to Florence map link to view more maps. For more information about Tuscany location you may also like to visit our maps page. Tuscany is just one of the most beautiful and interesting regions of Italy, and it is located on the Italian north-western coast. Tuscany has a shape of somewhat triangle and includes 10 provinces. All of Tuscany provinces have their own charm and open a door to a little new world to discover. Tuscany Provinces. <P> Rome is the capital of Italy and of the Lazio region. With 2.9 million residents in 1,285 km 2 (496.1 sq mi), it is also the country's largest and most populated comune and fourth-most populous city in the European Union by population within city limits. In 1871 Rome became the capital of the Kingdom of Italy, and in 1946 that of the Italian Republic. Rome has the status of a global city. Rome ranked in 2014 as the 14th-most-visited city in the world, 3rd most visited in the European Union, and the most popular tourist attraction in Italy. <P> Italy is a country with a large population which is located in the continent/region of Europe. Countries near Italy include San Marino, Croatia, Monaco and Bosnia and Herzegovina. Its biggest cities and towns include Rome, Milan, Naples and Turin.
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Italy is a country located on the Italian Peninsula on in Southern Europe.
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beef brisket cost
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<P> 1 Some sources shared that they usually buy their brisket between $3 and $4 per pound, while other individuals claimed they paid $5.99 per pound for theirs. 2 For instance, according to a thread on the website Theqjoint.com, users here claimed that they paid anywhere from $2.50 to $5 per pound. <P> Texas's beef cow supply shrank from 5.1 million in 2010 to 3.9 million last year – the steepest drop ever recorded in Texas, he said. Meanwhile, the price of wholesale Texas brisket more than doubled from $1.40 a pound in 2009 to $3.45 a pound last year, he said. <P> Taped over the price of brisket and beef ribs are updated prices -- $19.99/lb and $20.99/lb, respectively – the mark of spiraling beef prices brought on, in part, by the drought. It's incredibly concerning, owner and third-generation pit master Wayne Mueller said. <P> In addition to a $2.00 per pound increase in brisket prices, he is also taking advantage of the more steady cost for beef shoulder clod. “We’re now using it for chopped beef instead of briskets.” Just this morning Martin notified me that his brisket order today cost him $3.19 per pound. <P> 1 At Consumermeats.com, for example, the price of a boneless beef chuck brisket is $3.69 per pound, or $36.90 in a bulk package of 10 pounds. <P> Brisket: $17.65 per pound ($3.00 per pound raw beef cost with fifty percent loss during cooking). Beef Plate Short Ribs: $29.41 per pound ($6.50 per pound raw beef cost, 35 percent loss during cooking). These numbers don’t factor in the rub prices either. <P> 1 Depending on the quality of the cut and the grocery store/butcher from which you purchase, the costs for brisket can range anywhere from $3 to as much as $7 per pound. 2 At Consumermeats.com, for example, the price of a boneless beef chuck brisket is $3.69 per pound, or $36.90 in a bulk package of 10 pounds. <P> The wholesale cost of brisket has been increasing, sometimes dramatically, since 2013. Now, it seems to be tumbling from its peak. Back in mid-January the wholesale price for whole briskets (IMPS 120) was $3.59/lb and this week it has dropped to $2.74/lb. That’s the lowest price for brisket in over a year.
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$3.69 per pound
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how long does it take creatine to leave the body
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<P> While the body is able to produce anywhere from 1 to 2 grams of creatine per day, a healthy male adult weighing 200 pounds or more might be able to consume another 10 grams per day, as long as a sufficient amount of water is also being consumed. Up to 199 pounds can take about 8 grams per day, while 200 to 240 pound people can safely take from 8 to ten grams per day. Finally, a healthy adult who weighs more than 240 pounds can take anywhere from 10 to 12 grams of creatine per day. Remember, these amounts are just suggestions and can vary based on many factors. <P> Creatine usually stays in the body for about an hour. Photo Credit Photos.com/Photos.com/Getty Images. Creatine is a much-touted sports supplement that many users believe enhances athletic performance while reducing post-workout recovery times. According to Creatine: What You Need to Know author Edmund Burke, some users purport taking the supplement with grape or apple juice lessens the potential for these side effects, claiming the sugar in the juice allows the body to better absorb the extra creatine. <P> Originally Posted by Brawndo89 First of all, if you retain a lot of water, you're probably taking too much creatine. For instance, I get the same result at 5grams 4 days a week that I do at 5grams 7 days a week. The difference? I gain 5-7 pounds of water at 5g/7days. When I initally switched from 5g/7 to 5g/4 I seriously pissed out that 5-7 pounds of water I mentioned. But when I cycle off creatine completely...it takes about 4-5 days to piss out all the water. edit: No you don't HAVE to cycle off creatine...I just like to. It also lets me know it works, which I like. Rep Power: 6388. First of all, if you retain a lot of water, you're probably taking too much creatine. For instance, I get the same result at 5grams 4 days a week that I do at 5grams 7 days a week. <P> Using a small dose (5g), this will take up to thirty days depending on the individual's lean body mass. However using a loading dosage of 15-25g per day for 5 days, one can quickly saturate the muscle cells in this time period and then use a maintenance dosage (3-5g) for the remainder of their time taking creatine. Meaning taking excess creatine for a short period of time (4-8 weeks) may temporarily increase your creatine phosphate stores but after awhile your body's feedback mechanisms will likely place some time of control on creatine phosphate storage to bring the levels back down to normal. <P> For the fastest possible benefits, take 10-to-20 grams of creatine monohydrate daily for 7-to-14 days. This is known as the loading phase and will shorten the time necessary to see results from creatine. I started taking MusclePharm Creatine 7 days ago, 4 days of 10grams and the last 3 days I've been taking 5 grams. My weight before starting creatine was 142lbs and now a week later, my weight is 148lbs. <P> Yes, it is extremely safe to take creatine. Creatine is considered an amino acid that is naturally produced by the body in both animals and humans. An average human being has more than 100 grams of creatine stored in their body in the form of creatine phosphate. Up to 199 pounds can take about 8 grams per day, while 200 to 240 pound people can safely take from 8 to ten grams per day. Finally, a healthy adult who weighs more than 240 pounds can take anywhere from 10 to 12 grams of creatine per day. Remember, these amounts are just suggestions and can vary based on many factors. <P> Dose. Generally speaking, the average dose of creatine a person ingests is 1 to 2 tbsp. daily. Most fitness goers using the supplement usually split their doses in half, taking one helping about an hour before a workout or athletic performance and another within an hour afterward. According to Creatine: What You Need to Know author Edmund Burke, some users purport taking the supplement with grape or apple juice lessens the potential for these side effects, claiming the sugar in the juice allows the body to better absorb the extra creatine. <P> However if you want to raise the creatine levels within your body even faster, then consider the loading phase, taking 5g of creatine 4 times a day for the first 5 days. To order from the United Kingdom, Ireland, Germany, Spain, France or Italy see product links below. Although there is nothing wrong with cycling creatine, it is not actually necasery, however if you cycle creatine it takes around 30 days for the creatine levels to return back to normal, you could cycle 30 days on 30 days off, 60 days on 30 days off etc..
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For about an hour.
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where is bells creek
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<P> Welcome to The Overlook at Bells Creek, an exclusive Eastwood Homes' Greenville area community only minutes away from Five Forks in Simpsonville, SC. <P> Simpsonville, SC Real Estate. #facebook# Bells Creek is a small neighborhood in Simpsonville, SC, close to Bells Crossing Elementary. Located near Woodruff Rd., I-85 and I-385, the upscale Bells Creek homes are typically on large lots with mature trees. Bells Creek amenities include a pool and cabana. Bells Creek real estate prices average $220,000. <P> #facebook# Bells Creek is a small neighborhood in Simpsonville, SC, close to Bells Crossing Elementary. Located near Woodruff Rd., I-85 and I-385, the upscale Bells Creek homes are typically on large lots with mature trees. Bells Creek amenities include a pool and cabana. Bells Creek real estate prices average $220,000. <P> Property Details. Property details for 213 Bells Creek Dr, Simpsonville, SC 29681. This Single Family Home is located at Bells Creek in Simpsonville, South Carolina. The home provides approximately 2074 square feet of living space. This property features 4 bedrooms. There are 3 bathrooms. 213 Bells Creek Dr, Simpsonville, SC 29681 falls within the Greenville county lines. This home sold for $180,000 on Dec 17, 2014. Similar homes in the area are priced around $187,091.
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Near Woodruff Rd.
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what do dormant viruses really do
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<P> Deadliest [Not-So Dormant] Viruses. 1 HIV is the virus that causes AIDS. 2 Many people who contract HIV live for years with it, but many do eventually die. 3 HIV is usually contracted through contact with blood, semen or vaginal fluid of an infected person. 1930: the first time a virus is seen by the human eye --- thanks to the introduction of the electron microscope. Dead or Alive: viruses are not classifiably alive or dead. They seem to be in limbo between each state. <P> Dormancy is a period in an organism's life cycle when growth, development, and (in animals) physical activity are temporarily stopped. This minimizes metabolic activity and therefore helps an organism to conserve energy. Dormancy tends to be closely associated with environmental conditions. Dormancy is not relevant for viruses as they are not metabolically active themselves. Some viruses are physically stable and may remain infectious for long periods of time, such as poxviruses and picornaviruses. Some viruses may infect cells and then remain inactive for some time, for example Herpesviruses. <P> It is important because HPV has the ability to establish a dormant (latent) infection. Most people who have an HPV infection do not know they are infected because many types of the virus remain latent and cause no symptoms. The FDA says people shouldn’t be worried about a dormant infection. The CBCD says otherwise. Microcompetition explains the underlying cause of many major diseases and shows how dormant viruses actually can cause disease while still dormant. Rochester, New York (PRWEB) March 17, 2012. According to the FDA, active viruses cause disease; dormant viruses do not. The Center for the Biology of Chronic Disease (CBCD), in contrast, supports an alternative view <P> Your antivirus software checks the program first, comparing it to known viruses, worms, and other types of malware. Your antivirus software also does “heuristic” checking, checking programs for types of bad behavior that may indicate a new, unknown virus. For example, if an antivirus program notices that a program running on your system is trying to open every EXE file on your system, infecting it by writing a copy of the original program into it, the antivirus program can detect this program as a new, unknown type of virus. <P> Dormant viruses can lie within a human host until the proper conditions for their activity are provided. You might think of viruses' as robots that need to take over a factory to make more of themselves. Without that, the viruses are dormant. 1930: the first time a virus is seen by the human eye --- thanks to the introduction of the electron microscope. Dead or Alive: viruses are not classifiably alive or dead. They seem to be in limbo between each state. <P> 1 HIV is the virus that causes AIDS. 2 Many people who contract HIV live for years with it, but many do eventually die. 3 HIV is usually contracted through contact with blood, semen or vaginal fluid of an infected person. 4 Although many steps can be taken to prevent disease transmission there is still no cure for HIV/AIDS. 1930: the first time a virus is seen by the human eye --- thanks to the introduction of the electron microscope. Dead or Alive: viruses are not classifiably alive or dead. They seem to be in limbo between each state. <P> HPV can lay dormant in your body for a long time. We really do not know how long it can be there without showing any symptoms. So it’s not possible to tell whether your HPV infection is no totally gone or if it was just fought and suppressed by your immune system. The majority of HPV infections do clear on their own. So your chances are good that your infection will clear. HPV is a virus that is transmitted pretty rapidly after contact, so chances are that your husband has it too. This need not ruin your life. <P> Dormant viruses: 1 Bornavirus -- BDV or Borna disease virus have been infecting the human genomes for millions of years. 2 In humans, the virus has been linked (albeit inconclusively) to various psychiatric disorders, including schizophrenia. 1930: the first time a virus is seen by the human eye --- thanks to the introduction of the electron microscope. Dead or Alive: viruses are not classifiably alive or dead. They seem to be in limbo between each state.
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Dormant viruses can lie within a human host until the proper conditions for their activity are provided. You might think of viruses' as robots that need to take over a factory to make more of themselves.
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military average spending on alcohol
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<P> 1 In calendar year 2013, military spending declined from $671 billion to $619 billion, in constant 2011 dollars. 2 In dollar terms, this was the largest decline since 1991. 3 The reduction in U.S. operations in the Middle East and the sequester mean this figure is likely to fall again in 2014. <P> Make it a challenge, and pick at least one item to cut back on. 20. Credit card interest. Currently, the average credit card debt per U.S. household is $15,270, and in total, Americans owe $856.9 billion in credit card debt, based on American Household Credit Card Debt Statistics as of January 2014. <P> Not necessarily. Although they have fewer calories, many light beers have almost as much alcohol as regular beer—about 85% as much, or 4.2% versus 5.0% alcohol by volume, on average. Check the alcohol content of your beverage. Low-risk drinking. Only about 2% of drinkers in this group has an alcohol use disorder. A U.S. standard drink contains about 0.6 fluid ounces or 14 grams of pure alcohol. That's the amount in 12 ounces of regular beer, 5 ounces of table wine, or 1.5 ounces of 80-proof distilled spirits. <P> Alcohol spending is on the rise in the U.S., reaching $162 billion in 2011. Per capita consumption, however, is down. Cheers! Alcohol in America is big business. We spent $162 billion buying beer, wine and liquor in 2011. That’s in line with a generally steady incline in alcohol spending ever since Prohibition ended, though sales fell briefly during the recession. While overall sales are on the rise, Americans as a whole are drinking less. In 1980, per person consumption was 28.5 gallons of alcohol. By 2008, that volume was down to 25.7 gallons. This decrease reflects a decline in beer and liquor consumption <P> Long term excessive use of alcohol can cause permanent problems with memory, abstract thinking, problem solving, and the ability to concentrate. One day of heavy drinking can impair abstract thinking for up to 30 days. The average college student spends $900 a year on alcohol and $450 a year on books! Consider keeping a diary of alcoholic drinks consumed along with the amount of money spent buying them to monitor how much you’re drinking and spending. The body can metabolize 0.5 oz. of alcohol per hour. That number does not change with food intake or sleep. This is about ½ the alcohol in an average drink (12 oz beer, 5 oz wine, 1.5 oz of alcohol) so it takes the body about 2 hours to process one drink. <P> The average person in Britain spends almost £50,000 on alcohol during their lifetime, a charity has warned, calling for people to abstain from drinking in October. Macmillan Cancer Support found each Briton spends around £787 a year on alcohol, with London’s concentration of drinkers spending sizably more. The research, conducted by Onepoll, surveyed 2,000 over-18s. Men spent an average of £934.44 per year, the data found, compared with women spending £678.60 <P> 3 More than 90% of this alcohol is consumed in the form of binge drinks. 3 On average, underage drinkers consume more drinks per drinking occasion than adult drinkers. 4 In 2010, there were approximately 189,000 emergency rooms visits by persons under age 21 for injuries and other conditions linked to alcohol. 5. <P> The survey is conducted through daily telephone interviews among approximately 30,000 adults per month in the U.S. The graph shows the 30-day average for each month to depict an annual trend. In September 2015, the average daily spending of Americans amounted to 88 U.S. dollars. U.S. consumer spending. <P> Out of every $100 American consumers spend, about $1 goes to alcohol. That hasn't changed much over the past 30 years. But where we spend our money on alcohol has changed quite a bit. We spend a bigger chunk of our booze money in bars and restaurants. We spend less money buying alcohol at the store to drink at home. (This study has more on this idea.). BONUS GRAPHIC: Of the money we spend drinking at home, more goes to wine and less goes to hard alcohol. The percentage of our booze dollar that goes to beer hasn't changed much. 1 Graphing America. 2 Share. 3 Facebook. 4 Twitter. 5 Google+. 6 Email.
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Around $619 billion dollars
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where is mineralocorticoids hormone released from
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<P> See also adrenocorticotrophic hormone (ACTH), hormones, steroids; Table 1. hormone secreted by the adrenal glands, at a rate regulated by the level of sodium in body fluids. Acts in the kidneys to enhance reabsorption of sodium, reducing its loss in the urine. Similar action on sweat glands reduces sodium loss when sweating rate is high. Without sufficient supply of the mineralocorticoids, fatal shock from diminished cardiac output can occur very quickly. The principal mineralocorticoid is aldosterone, which accounts for most of the activities of this group of hormones. The primary effects of the mineralocorticoids are increasing the reabsorption of sodium and the secretion of potassium in the renal tubules <P> These symptoms are mediated by the hormones of the adrenal cortex, especially cortisol, released as a result of signals from the HPA axis. Adrenal hormones also have several non–stress-related functions, including the increase of blood sodium and glucose levels, which will be described in detail below. The adrenal cortex, as a component of the hypothalamic-pituitary-adrenal (HPA) axis, secretes steroid hormones important for the regulation of the long-term stress response, blood pressure and blood volume, nutrient uptake and storage, fluid and electrolyte balance, and inflammation. <P> In contrast to loss of mineralocorticoids, failure to produce glucocorticoids is not acutely life-threatening. Nevertheless, loss or profound diminishment of glucocorticoid secretion leads to a state of deranged metabolism and an inability to deal with stressors which, if untreated, is fatal. Control of Cortisol Secretion. Cortisol and other glucocorticoids are secreted in response to a single stimulator: adrenocorticotropic hormone (ACTH) from the anterior pituitary. ACTH is itself secreted under control of the hypothalamic peptide corticotropin-releasing hormone (CRH). <P> Production of all three classes is triggered by the secretion of ACTH from the anterior lobe of the pituitary. 1 travelling through the body in the blood. 2 entering from the blood into all cells. 3 binding to their receptor — a protein present in the cytoplasm and/or nucleus of target cells. 4 The hormone-receptor complex binds to a second to form a ... Mineralocorticoids. The mineralocorticoids get their name from their effect on mineral metabolism. The most important of them is the steroid aldosterone. Aldosterone acts on the kidney promoting the reabsorption of sodium ions (Na +) into the blood. Water follows the salt and this helps maintain normal blood pressure. <P> They are produced in the zona fasciculata. The primary glucocorticoid released by the adrenal gland is cortisol in humans and corticosterone in many other animals. Its secretion is regulated by the hormone ACTH from the anterior pituitary. 1 Androstenedione (Andro): an androgenic steroid produced by the testes, adrenal cortex, and ovaries. 2 While androstenediones are converted metabolically to testosterone and other androgens, they are also the parent structure of estrone. 3 Dehydroepiandrosterone (DHEA): It is the primary precursor of natural estrogens. <P> Situated along the perimeter of the adrenal gland, the adrenal cortex mediates the stress response through the production of mineralocorticoids and glucocorticoids, such as aldosterone and cortisol, respectively. It is also a secondary site of androgen synthesis. 1 Androstenedione (Andro): an androgenic steroid produced by the testes, adrenal cortex, and ovaries. 2 While androstenediones are converted metabolically to testosterone and other androgens, they are also the parent structure of estrone. 3 Dehydroepiandrosterone (DHEA): It is the primary precursor of natural estrogens. <P> Hormone specificity explains how each hormone can have specific effects in widespread parts of the body. Many hormones produced by the endocrine system are classified as tropic hormones. A tropic hormone is a hormone that is able to trigger the release of another hormone in another gland. Tropic hormones provide a pathway of control for hormone production as well as a way for glands to be controlled in distant regions of the body. <P> From Wikipedia, the free encyclopedia. Aldosterone is a steroid hormone (mineralocorticoid family) produced by the outer section (zona glomerulosa) of the adrenal cortex in the adrenal gland.
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Outer section (zona glomerulosa)
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how long does xanax stay in your system urine test
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<P> Answer by snappies (579). Xanax can stay in your system for one to three days after you take it. It will show up in a urine test for that long and maybe a day or two longer. If you are taking a urine test plan on not taking xanax for up the four days, unless you have a perscription for it. <P> In fact, Xanax can be detectable in urine for up to 6 weeks in heavy users. Plus, the main ingredient in Xanax (alprazolam) takes a fairly long time to absorb once it’s in the body, so even small doses can be detectable for over a week. <P> Xanax is a relatively short-acting drug when compared to Valium. If you're an average-size person, you would expect Xanax to stay in your urine for 1-4 days after last use. To be safe, you should wait at least a week. Note that this is very dependent on how much and for how long you've been taking it. <P> A single 0.5 mg dose of Xanax stays in your system for 3 to 5 days. But the longer period of taking Xanax, and the higher the dosages, the longer it will take your system to g … et rid of traces of Xanax. You may sometimes need a month or more to get yourself quite clear of the medication. <P> Answer by Sarbutt (8). Xanax is detectable in your urine as a member of the Benzodiazepine class of addictive drugs. The majority of the drug is stored and filtered out by the liver within 72 hours, however, trace amounts are said to be detectable for up to 6 weeks though it isn't taking any psychological action. <P> Xanax (the brand name for alprazolam) is a short – intermediate acting benzodiazepine, which means that you can feel the effects of Xanax quickly as they peak 1-2 hours after taking it. However, the effects of Xanax but do not last very long, about 6-12 hours. <P> XANAX (alprazolam) HAS a duration of action of up to 6 hours. If you want to know how long after you take it can it be DETECTED, that's different. Most benzodiazapines, when taken on a regular basis, can be detected in the urine from 24 hours to 72 hours. <P> Answer by sarahdf (190). Xanax, like most medications, can be detected in urine. It is considered a benzo and therefore generally will not stay in your system more then 2-3 days; However, this does not take into consideration the strength and the amount taken. <P> Best Answer: No, it should not show up on a urine drug screen if it has been two months since you last consumed this drug. The typical rule of thumb for the group of drugs known as Benzodiazipines (which include Xanax, Valuim, Klonipin, etc.) is thirty days to clear the urine.
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1 or 2 days
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bermuda which region
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<P> The Bermuda Triangle is a region in the western part of the North Atlantic Ocean in which ships, planes, and people are alleged to have mysteriously vanished. The majority of Atlantic tropical storms and hurricanes pass through the Bermuda Triangle, and in the days prior to improved weather forecasting, these dangerous storms claimed many ships. <P> This map shows the general location of the infamous Bermuda Triangle. For decades, the Atlantic Ocean’s fabled Bermuda Triangle has captured the human imagination with unexplained disappearances of ships, planes, and people. The majority of Atlantic tropical storms and hurricanes pass through the Bermuda Triangle, and in the days prior to improved weather forecasting, these dangerous storms claimed many ships. <P> It has a subtropical climate. Bermuda is the northernmost point of the Bermuda Triangle, a region of sea in which, according to legend, a number of aircraft and surface vessels have disappeared under supposedly unexplained or mysterious circumstances. The island is in the hurricane belt and prone to severe weather. It has 103 km (64 mi) of coastline. The two incorporated municipalities in Bermuda are the City of Hamilton and the Town of St George. Bermuda is divided into nine parishes, which have some localities called villages, such as Flatts Village and Somerset Village. <P> Regions and territories: Bermuda. Bermuda, a densely-populated British overseas territory in the western Atlantic Ocean, has one of the world's most prosperous economies. This wealth is largely down to the islands' offshore finance industry; more than 13,000 international companies have made the self-governing territory their nominal base <P> Bermuda Description. Bermuda History. Bermuda is a British overseas territory located in the North Atlantic Ocean. It consists of 138 islands that form a fishhook-shaped landmass, stretching some 22 miles in length and about a mile across. Bridges and causeways connect the eight largest islands <P> The Bermuda Triangle is a triangular area that has points at Cuba, Bermuda isles and Florida. There are different ideas as to how exactly ships and planes sink sink in this ar … e. People speculate that it is the USAF, natural occurences, sea monsters and aliens. Even though it's far from other Caribbean islands, Bermuda became an associate member of the Caribbean Community (CARICOM) in 2003. <P> Bermuda is an of island in the Atlantic Ocean, it lies about 570 miles southeast of Cape Hatteras, North Carolina. It is about 21 square miles. It is a beautiful island a … nd a popular tourist attraction. The sand of the beaches are pink. Even though it's far from other Caribbean islands, Bermuda became an associate member of the Caribbean Community (CARICOM) in 2003. <P> The Bermuda Triangle, also known as the Devil's Triangle, is a loosely defined region in the western part of the North Atlantic Ocean, where a number of aircraft and ships are said to have disappeared under mysterious circumstances. The first written boundaries date from an article by Vincent Gaddis in a 1964 issue of the pulp magazine Argosy, where the triangle's three vertices are in Miami, Florida peninsula; in San Juan, Puerto Rico; and in the mid-Atlantic island of Bermuda.
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Western part of the North Atlantic Ocean.
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first car was invented by
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<P> Karl Benz patented the three-wheeled Motor Car in 1886. It was the first true, modern automobile. Benz also patented his own throttle system, spark plugs, gear shifters, a water radiator, a carburetor and other fundamentals to the automobile. Long history of the car. Benz patented the first gasoline-powered car, but he wasn't the original visionary of self-propelled vehicles. Some highlights in the history of the car: 1 Leonardo da Vinci had sketched a horseless, mechanized cart in the early 1500s. 2 Like many of his designs, it wasn't built in his lifetime. <P> In 1886 the first petrol or gasoline powered automobile the Benz Patent-Motorwagen was invented by Karl Benz. This is also considered to be the first production vehicle as Benz made several identical copies. Today, this car is known as the first Marcus car. In 1883, Marcus secured a German patent for a low-voltage ignition system of the magneto type; this was his only automotive patent. This design was used for all further engines, and the four-seat second Marcus car of 1888/89. <P> The first car was invented in the year of 1769 by a French man named Nicolas Joseph Cugnot, who build it under his instructions in the Paris Arsenal by Mechanic Brezin. The ca … r only had 3 wheels and was used to carry heavy artilary during war. The car could go up to about 22 miles per hour and was powered by steam. It is argued that this constitutes the first 'car' ever invented, but the design was only 65cm long, had no seats or pilot controls, and was intended as little more than a toy. Further, there is little evidence that the invention was ever actually built. <P> In 1807, Francois François isaac De rivaz designed the first car powered by an internal combustion engine fueled by. Hydrogen in 1886 the first petrol or gasoline powered automobile The Benz-Patent motorwagen was invented By Karl. benz Today, this car is known as the first Marcus car. In 1883, Marcus secured a German patent for a low-voltage ignition system of the magneto type; this was his only automotive patent. This design was used for all further engines, and the four-seat second Marcus car of 1888/89. <P> The first carriage-sized automobile suitable for use on existing wagon roads in the United States was a steam powered vehicle invented in 1871, by Dr. J.W. Carhart, a minister of the Methodist Episcopal Church, in Racine, Wisconsin. Today, this car is known as the first Marcus car. In 1883, Marcus secured a German patent for a low-voltage ignition system of the magneto type; this was his only automotive patent. This design was used for all further engines, and the four-seat second Marcus car of 1888/89. <P> In 1885 Karl Benz (Mercedes-Benz) invented what is now considered to be the first automobile, though Henry Ford is widely credited for bringing the car to the masses when he … perfected the concept of the assembly line and being able to mass produce them in the early 1900's. It is argued that this constitutes the first 'car' ever invented, but the design was only 65cm long, had no seats or pilot controls, and was intended as little more than a toy. Further, there is little evidence that the invention was ever actually built. <P> Karl Benz is the god father of all gasoline powered cars. He is widely recognized by the automobile history today. Before this, the first steam powered car was invented by Ferdinand Verbiest and it is said that the first ever car was made in China. The first car invented and built in 1885 and unveiled in 1886 by Karl Benz. The first car, Benz Patent Motorwagen, is the first car ever made in history powered by gasoline with an engine motorized by an internal combustion. <P> by Tomo · January 19, 2011. The first car which was steam powered was invented by Ferdinand Verbiest in 1672 in China. Nicholas Cugnot was the one to design and build the first car that was self propelled in 1769 which had three wheels. A Swiss inventor, Francois Isaac Rivaz, designed and invented the first car that used the mixture of hydrogen and oxygen as a fuel, the car with an internal combustion engine in the year 1806. The car was not successful. It was in the year 1885 that a car run by gasoline was designed and built by Karl Benz, in Germany <P> In that year, German inventor Karl Benz built the Benz Patent-Motorwagen. Cars did not become widely available until the early 20th century. One of the first cars that was accessible to the masses was the 1908 Model T, an American car manufactured by the Ford Motor Company. The first working steam-powered vehicle was designed—and most likely built—by Ferdinand Verbiest, a Flemish member of a Jesuit mission in China around 1672. It was a 65-cm-long scale-model toy for the Chinese Emperor that was unable to carry a driver or a passenger. It is not known if Verbiest's model was ever built.
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Karl Benz
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what is causing deforestation
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<P> Direct causes of deforestation are agricultural expansion, wood extraction (e.g., logging or wood harvest for domestic fuel or charcoal), and infrastructure expansion such as road building and urbanization. Rarely is there a single direct cause for deforestation. <P> One of the causes of deforestation in any type of forest is logging, which is used to harvest the natural resources of the forest. Forests are often cleared because those in charge of the woodland want to use the area for a different purpose, such as agriculture, cattle ranching or mining. <P> In the Amazon, industrial-scale cattle ranching and soybean production for world markets are increasingly important causes of deforestation, and in Indonesia, the conversion of tropical forest to commercial palm tree plantations to produce bio-fuels for export is a major cause of deforestation on Borneo and Sumatra. <P> Causes of Deforestation. For the most part, human activity is to blame for deforestation, though natural disasters do play a role. So let's take a look at how and why humans deforest areas. Logging, or cutting down trees in a forest to harvest timber for wood, products or fuel, is a primary driver of d <P> The single biggest direct cause of tropical deforestation is conversion to cropland and pasture, mostly for subsistence, which is growing crops or raising livestock to meet daily needs. The conversion to agricultural land usually results from multiple direct factors. <P> Atmospheric – For global warming deforestation is the major contributor. Deforestation causes of carbon dioxide in the atmosphere. As the concentration of carbon dioxide increases, a layer forms in the atmosphere that traps sun radiation. This radiation gets converted to heat and causes global warming. <P> Confidence votes 62. Deforestation is caused by humans and natural changes on earth. On the natural side, as the tectonic plates have moved, mountains form and erode, rainfall patterns change, and forests respond to these changes over long periods of time.
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For the most part, human activity is to blame for deforestation, though natural disasters do play a role.
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what is dna fingerprinting used for
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<P> A method used to identify multilocus DNA banding patterns that are specific to an individual by exposing a sample of the person's DNA to molecular probes and various analytical techniques such as Southern blot analysis. DNA fingerprinting is often used to provide evidence in criminal law cases. <P> DNA fingerprinting A technique that is used to compare DNA from different sources or to identify a genome by comparison with a known standard. Minisatellite DNA is partially broken down by restriction enzymes and the sections are separated by electrophoresis. <P> Guide. DNA fingerprinting is a test to identify and evaluate the genetic information-called DNA (deoxyribonucleic acid)-in a person's cells. <P> Only a small sample of cells is needed for DNA fingerprinting. A drop of blood or the root of a hair contains enough DNA for testing. Semen, hair, or skin scrapings are often used in criminal investigations. A person who has DNA fingerprinting done voluntarily usually provides a sample of blood taken from a vein. <P> DNA fingerprinting is a way of identifying a specific individual, rather than simply identifying a species or some particular trait. It is also known as genetic fingerprinting or DNA profiling. As a technology, it has been around since at least 1985, when it was announced by its inventor, Sir Alec Jeffreys. <P> DNA fingerprinting is a laboratory technique used to establish a link between biological evidence and a suspect in a criminal investigation. A DNA sample taken from a crime scene is compared with a DNA sample from a suspect. If the two DNA profiles are a match, then the evidence came from that suspect. <P> DNA fingerprinting or DNA profiling, any of several similar techniques for analyzing and comparing DNA from separate sources, used especially in law enforcement to identify suspects from hair, blood, semen, or other biological materials found at the scene of a violent crime. <P> DNA Fingerprinting is a procedure whereby the genetic information, called DNA, in a person's cells is analysed and identified. The word fingerprinting is used because, just like a fingerprint, no two person's genetic code is exactly the same. This makes DNA fingerprinting a very useful tool for our modern society.
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DNA fingerprinting is a test to identify and evaluate the genetic information-called DNA (deoxyribonucleic acid)-in a person's cells.
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how much do pediatric doctors make
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<P> How much does a pediatrician make? The U.S. Bureau of Labor Statistics (BLS) says the median hourly wage of a general pediatrician in 2012 was more than $74 an hour, or nearly $155,000 a year. Most pediatricians work in private physician offices and deal with fairly long work days and demanding schedules. Among medical specialties, pediatrics pays in the low end, although the income is still substantial. Medscape's Pediatrician Compensation Report: 2013 says the average pediatrician salary is $173 <P> For a pediatrician out of residency for just a few years the average starting salary is around $135,000, while overall the average pediatrician salary is in the area of $175,000 a year. As with any medical career, a major determinant of salary is the level of specialization. Pediatricians with at least 3 years experience who are specialized in neurology or oncology/hematology can typically earn up to $250,000, while pediatric surgeons typically earn $400,000-$500 <P> The maximum salary a pediatrician earns is also ZAR 40,000 on a monthly basis. Thus on average the pay scale for a pediatrician with a master’s degree in South Africa is ZAR 40,000 per month. Subsequently, that translates to approximately ZAR 480,000 per year. Conclusion about pediatrician salary. An average salary for a highest paid pediatrician is around more than $200,000 per year while a lowest paid pediatrician receives a much lesser salary of about $85,000 per annum. <P> June 2015 figures from PayScale.com reveal that the median salary for pediatricians who have 5 years of experience or less is $132,000. For those with 5 to 10 years of experience, it is roughly $145,000. Those with 10 to 20 years earn $150,000 and those with more than 20 years of experience earn about $163,000. <P> According to percentiles, the median salary for 90th percentile of pediatricians has been around $222,815 per year. Similarly, about 75th percentile of pediatricians received about $198,344, 25th percentile of them received $152,178 while 10th percentile received $134,616 per year. Conclusion about pediatrician salary. An average salary for a highest paid pediatrician is around more than $200,000 per year while a lowest paid pediatrician receives a much lesser salary of about $85,000 per annum. <P> While the average salary for pediatricians is around $175,000, that of pediatric specialists is typically higher. Pediatricians with at least 3 years experience who are specialized in neurology or oncology/hematology can typically earn up to $250,000, while pediatric surgeons typically earn $400,000-$500,000 a year. CejkaSearch.com published the following data showing median pediatrician compensation, by specialty <P> The overall median salary for a typical pediatrician in the United States is about $171,467 per year while an average hourly wage is about $40.76 per hour. Conclusion about pediatrician salary. An average salary for a highest paid pediatrician is around more than $200,000 per year while a lowest paid pediatrician receives a much lesser salary of about $85,000 per annum. <P> Although pediatric oncologists are well paid compared to most occupations, their salaries aren't especially lavish among physicians. In the AMGA's survey, for example, hematologist/oncologists treating adults reported a median income of $320,907 a year, or roughly 50 percent higher than their pediatric counterparts. Gynecologists earned $232,075, while gynecologist-oncologists earned $320,907. Family physicians earned an average of $208,861 a year. While pediatric oncologists won't wonder where their next meal is coming from, it's not a specialty that attracts physicians in search of the highest possible paycheck. For pediatric oncologists, that figure is $210,000 per year. Another major study performed annually by the American Medical Group Association sets the median income slightly higher, at $212,577. <P> The salary of a doctor (general practitioner) in New Zealand varies with the hours they work and the experience they have. A newly qualified medical graduate can expect to ear … between $50,000 and $70,000 per annum, while an experience GP can earn $120,000 or more per annum. idk but a oncology nurse makes about 67,000 on average. The Allied Physicians survey says that the average salary for a pediatric hematologist/oncologist is $217,0 … 00. The total salary range is $182,000 to $251,000.
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$40.76 per hour
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what structure regulates what enters the colon from the ileum
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<P> Click to read more below. The terminal ileum is the distal end of the small intestine that intersects with the large intestine. It contains the ileocecal sphincter, a smooth muscle sphincter that controls the flow of chyme into the large intestine. <P> The small intestine is divided into the duodenum, jejunum, and ileum. The small intestine follows the general structure of the digestive tract in that the wall has a mucosa with simple columnar epithelium, submucosa, smooth muscle with inner circular and outer longitudinal layers, and serosa. Small Intestine. The small intestine extends from the pyloric sphincter to the ileocecal valve, where it empties into the large intestine. The small intestine finishes the process of digestion, absorbs the nutrients, and passes the residue on to the large intestine. <P> The duodenum lies at the beginning of the small intestine. Together with the jejunum, and the ileum it forms the small intestine. It is connected to the stomach above and the jejunum below it. When food enters the duodenum, there are multiple feed-back pathways and nervous reflexes that will affect how fast the stomach empties as well as the secretion of other hormones. When chyme enters the duodenum, it acts as a stimulant for the release of secretin and cholecystokinin which are released by the epithelial cell walls of the duodenum. This in turn acts as a signal for the release of bile from the liver and digestive enzymes from the pancreas. <P> The ileum follows the duodenum and jejunum and is separated from the cecum by the ileocecal valve (ICV). In humans, the ileum is about 2–4 m long, and the pH is usually between 7 and 8 (neutral or slightly alkaline). Ileum is derived from the Greek word eilein, meaning to twist up tightly.. The function of the ileum is mainly to absorb vitamin B12 and bile salts and whatever products of digestion were not absorbed by the jejunum. The wall itself is made up of folds, each of which has many tiny finger-like projections known as villi on its surface. <P> The jejunum is the middle segment of the small intestine found between the duodenum and the ileum. Most of the nutrients present in food are absorbed by the jejunum before being passed on to the ileum for further absorption. Anatomy The jejunum is a continuation of the small intestine following the duodenum. <P> The parts of the small intestine include the duodenum, jejunum and the ileum. The duodenum is a segment of intestine between the stomach and the jejunum that is very active in digestion where many different enzymes mix from the stomach, liver, gallbladder and pancreas. Ileum. The ileum is the final part of the small intestine. It opens into the large intestine via the ileocecal valve. The ileum is preceded by the jejunum. This section of the small intestine is approximately 6 to 12 feet (3.5 meters) long. The ileum absorbs mainly vitamin B12, other water soluble vitamins, bile salts, and nutrients that were not absorbed in the jejunum <P> The ileum is the short terminal part of the small intestine and forms the connection to the large intestine. It is suspended by the caudal part of the mesentery (mesoileum) and is attached, in addition, to the cecum by the ileocecal fold. The function of the ileum is mainly to absorb vitamin B12 and bile salts and whatever products of digestion were not absorbed by the jejunum. The wall itself is made up of folds, each of which has many tiny finger-like projections known as villi on its surface. <P> Ileum. The ileum is the last section of the small intestine. Like the jejunum, it is also around 10 feet long and its pH lies between 7 and 8. The bacterial density here is also 10 4 -10 7 CFU/mL and has a microbe community similar to that of the colon. There are three major structural parts of the small intestine, duodenum, jejunum, and ileum. Throughout these sections, finger-liked structure called villi increase surface area that helps the absorption of nutrients.
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The ileocecal valve
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how to forward your cell phone
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<P> For AT&T. AT&T detailed instructions here. 1 Dial #73 on your keypad, then wait for a dial tone. 2 Once you hear it, Dial the number you want to forward your calls to. 3 You may have to repeat this process in order to set up call forwarding if the physical phone you are forwarding to is not available. <P> Some cell phone providers use different call forwarding terminology. 1 Set up conditional call forwarding if you want your calls forwarded when you cannot be reached on your cell phone. 2 Set up unconditional call forwarding if you want your phone calls routed to another phone number indefinitely, or unconditionally. Some providers may offer call forwarding as part of your service plan; whereas others may charge you an extra fee or per-minute rate. 5. Set up call forwarding on your cell phone. 1 Use the keystrokes or instructions provided to you by your cell phone carrier or enable call forwarding through the menu of your cell phone. 2 Depending on the model of phone you have, the menu steps may var <P> 1 Press the 10-digit number of the cell phone where you'd like your calls to be forwarded to [source: Vonage 2 ]. Press the pound button (#) or wait for a response indicating that call forwarding has been activated [source: Vonage, ATT 3 ]. Repeat steps 1 through 3 if you're not sure if the process worked [source: ATT ]. If so, you can consider forwarding calls from your landline to your cell phone. It's really not that complicated. Just follow these steps, and your calls will be forwarded from your landline to your cell phone: 1 Dial star-seven-two (*72) from your landline phone, and wait for a dial tone <P> Cell phone call forwarding is now a standard feature on many cell phones. Call forwarding can be useful to send your calls to a land line if your cell is low on batteries or on minutes. While some providers charge extra for forwarded minutes, other providers offer call forwarding services for free. <P> If you want to stop forwarding your calls, simply dial star-seven-three (*73) from your landline telephone [source: Vonage, ATT ]. There are companies that set up call forwarding from your existing landline or even from a brand new number to your cell phone or other existing phone line. Some companies even provide international call forwarding at no extra cost to the caller. If so, you can consider forwarding calls from your landline to your cell phone. It's really not that complicated. Just follow these steps, and your calls will be forwarded from your landline to your cell phone: 1 Dial star-seven-two (*72) from your landline phone, and wait for a dial tone [source: ATT ] <P> 4. Enter the 10-digit cell phone number you want your home phone calls forwarded to. 5. Dial or press the pound key to initiate call forwarding when you have finished entering the cell phone number. Going forward, when individuals dial your home phone number, their calls will be routed directly to your cell phone instead. 1 In some cases, you may receive an automated response that confirms you have activated the call forwarding service. 1. Contact your home telephone service provider to verify you can activate call forwarding. The ability to forward calls from your home phone may depend on your current service plan, or on the features provided to you by the telephone company. <P> Mechanics of Call Forwarding. For example, on a Verizon system, pick up your office phone and dial *72. Once you hear the tone, dial the cell phone number that you want to receive your forwarded calls. Once the cell phone answers, then call forwarding is enabled. Simply dial *73 on your office phone to disable the forwarding. This system is fine for a very small business, but won’t work in a larger operation. You may want to forward calls to a series of employees’ mobile numbers until you get an answer. <P> Ask your cell phone provider how to use call forwarding. Some carriers may need to enable call forwarding on your calling plan before you can use it. 1 Your cell phone provider may provide you with codes or keystrokes you can enter directly into your cell phone to enable or set up call forwarding. 2 4 Edit step. Some providers may offer call forwarding as part of your service plan; whereas others may charge you an extra fee or per-minute rate. 5. Set up call forwarding on your cell phone. 1 Use the keystrokes or instructions provided to you by your cell phone carrier or enable call forwarding through the menu of your cell phone. 2 Depending on the model of phone you have, the menu steps may vary
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Wait for a response indicating that call forwarding has been activated.
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why nuclear energy is bad article
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<P> Nuclear Energy. Nuclear energy is a rare form of energy. It is the energy stored in the center or the nucleus of an atom. After we bombard the nucleus into two parts, two different elements are formed along with the emission of high energy. The process generally followed is called fission. <P> 10. Government supports nuclear power against the will of the people. The adoption of nuclear power is favored by the government, but in a referendum, it would be rejected by citizens as being too dangerous and too expensive. <P> Ah nuclear power… The controversial energy giant that gave birth to the glorious stereotypes of mutated super-monsters, extra limbs, and deformed, glowing reptiles. For decades atomic energy has been shrouded in a deep mist of misconceptions held together by a hodge-podge of Soviet-era horror films. <P> 1. Nuclear waste -- The waste from nuclear power plants will be toxic for humans for more than 100,000 years. It’s untenable now to secure and store all of the waste from the plants that exist. To scale up to 2,500 or 3,000, let alone 17,000 plants is unthinkable. Thankfully, no new nuclear plants have been built in the US for over 30 years. That means that a whole new generation of concerned citizens grew up without knowing the facts about nuclear power – or remembering the terrible disasters at Three Mile Island and Chernobyl. <P> What’s worse, nuclear power is centralized power. A nuclear power plant brings few jobs to its local economy. In contrast, accelerating solar and energy efficiency solutions create good-paying, green-collar jobs in every community. Around the world, nuclear plants are seeing major cost overruns. Thankfully, no new nuclear plants have been built in the US for over 30 years. That means that a whole new generation of concerned citizens grew up without knowing the facts about nuclear power – or remembering the terrible disasters at Three Mile Island and Chernobyl. <P> Nuclear energy has no place in a safe, clean, sustainable future. Nuclear energy is both expensive and dangerous. And just because nuclear pollution is invisible doesn’t mean it’s clean. Renewable energy is better for the environment, the economy, and doesn’t come with the risk of a nuclear meltdown. New nuclear plants are more expensive and take longer to build than renewable energy sources like wind or solar. If we are to avoid the most damaging impacts of climate change, we need solutions that are fast and affordable. Nuclear power is neither. We can do better than trading off one disaster for another. <P> Nuclear energy isn’t just bad for the environment, it’s bad for our economy. Nuclear power plants are expensive to build, prompting Wall Street to call new nuclear a “bet the farm” risk. Every nuclear plant under construction in the U.S. is well behind schedule and at least $1 billion over budget. New nuclear plants are more expensive and take longer to build than renewable energy sources like wind or solar. If we are to avoid the most damaging impacts of climate change, we need solutions that are fast and affordable. Nuclear power is neither. We can do better than trading off one disaster for another. <P> Greenpeace got its start protesting nuclear weapons testing back in 1971. We’ve been fighting against nuclear weapons and nuclear power ever since. High profile disasters in Chernobyl, Ukraine in 1986 and Fukushima, Japan in 2011 have raised public awareness of the dangers of nuclear power. New nuclear plants are more expensive and take longer to build than renewable energy sources like wind or solar. If we are to avoid the most damaging impacts of climate change, we need solutions that are fast and affordable. Nuclear power is neither. We can do better than trading off one disaster for another. <P> As the Nuclear Energy Institute reported in a brief to the US Department of Energy, “100 percent loan coverage [by taxpayers] is essential … because the capital markets are unwilling, now and for the foreseeable future, to provide the financing necessary” for new nuclear power plants. Thankfully, no new nuclear plants have been built in the US for over 30 years. That means that a whole new generation of concerned citizens grew up without knowing the facts about nuclear power – or remembering the terrible disasters at Three Mile Island and Chernobyl.
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Nuclear energy has no place in a safe, clean, sustainable future. Nuclear energy is both expensive and dangerous. And just because nuclear pollution is invisible doesn’t mean it’s clean.
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what were the names of all the wombles
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<P> Wombles were created by author Elizabeth Beresford, and originally appeared in a series of children's novels from 1968. Although Wombles supposedly live in every country in the world, Beresford's stories are concerned with the lives of the inhabitants of the burrow on Wimbledon Common in London, England. This is the list of young wombles: 1 Orinoco-a shirker who loved sleep and food, styled on Beresford's teenage son and named after the River Orinoco in South America. 2 Bungo-over-enthusiastic and bossy, named after Bungo Province in Japan. <P> The Wombles was a television documentary in 1970 directed by British underground reporter Elisabeth Beresford. The Wombles were radioactively deformed migrant workers, the result of catastrophic accidents in secret diamond mines under London, England. <P> Elisabeth Beresford was inspired to create the Wombles by her daughter's mispronunciation during a Boxing Day romp across Wimbledon Common. The idea blossomed and the children's books and highly successful television series went on to conquer the world, being translated into over 40 languages. The Wombles' names came from sources as different as the town where Beresford's daughter went on a French exchange and the name of the college attended by a nephew. The first Wombles book was published in 1968, and the stories made their television debut the same year, broadcast on BBC1's Jackanory series. <P> Although Wombles supposedly live in every country in the world, Beresford's stories are concerned with the lives of the inhabitants of the burrow on Wimbledon Common in London, England. When the 1973 animated Wombles series was in pre-production, a decision was made to change the design of the characters so that they did not resemble teddy bears, as it was felt that there were too many children's shows with teddy bear characters. <P> The Wombles of Wimbledon all choose their own names out of Great Uncle Bulgaria’s atlas. Some of them spend a long time looking for a name that suits them, while others just close their eyes and point, and hope for the best! The seven best-known Wombles appear throughout most of the books and TV programmes: 1 Great Uncle Bulgaria (old and wise – his full name is Bulgaria Coburg Womble). 2 Tobermory (handyman). 3 Madame Cholet (chef). 4 Orinoco (lazy and greedy). 5 Wellington (clever and shy). 6 Tomsk (sporty and strong). 7 Bungo (bossy and excitable). <P> Wombles are extremely long-lived. For example, in The Wombles Great Uncle Bulgaria recalls being a young Womble at the time of Queen Victoria's coronation in 1837 suggesting that he is somewhat-but not very much-older than 140. When the 1973 animated Wombles series was in pre-production, a decision was made to change the design of the characters so that they did not resemble teddy bears, as it was felt that there were too many children's shows with teddy bear characters. <P> The Wombles (the band). The Wombles were created by author Elisabeth Beresford, originally appearing in a series of children's novels from 1968. The characters later became nationally famous in the mid 1970s as a result of a popular BBC children's television show using stop-motion animation. 1 Great Uncle Bulgaria-the Wombles' leader, was based on Beresford's father-in-law. 2 Tobermory-an engineer, was based on Beresford's brother, a skilled inventor, and named after the capital of the Isle of Mull. 3 Orinoco-a shirker who loved sleep and food, was styled on Beresford's teenage son. <P> The appearance of the Wombles in the books followed the design of the Ivor Wood TV puppets, with the exception of original editions of The Wombles (1968) and first printings of The Wandering Wombles which preceded the TV series and depicted the Wombles as teddy bear-like creatures. When the 1973 animated Wombles series was in pre-production, a decision was made to change the design of the characters so that they did not resemble teddy bears, as it was felt that there were too many children's shows with teddy bear characters.
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1. Great Uncle Bulgaria (old and wise – his full name is Bulgaria Coburg Womble).
2. Tobermory (handyman).
3. Madame Cholet (chef).
4. Orinoco (lazy and greedy).
5. Wellington (clever and shy).
6. Tomsk (sporty and strong).
7. Bungo (bossy and excitable).
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what is hgh ingredients
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<P> Warning: Other companies claiming to be selling HGH do not contain any HGH. They might sell a releaser that claims to release it in your body, or a stimulator that stimulates the production of it in your body, or a precursor or secretagogue that does whatever precursors and secretagogues do. <P> Why is GABA used in Pro Hgh / Symbiotropin? GABA (Gamma-aminobutyric acid) is a supplement that might help decrease body fat levels and increase lean muscle tissue by stimulating the brain to secrete increased amounts of Human Growth Hormone (HGH). Research has shown that arginine has the benefit of causing the secretion of growth hormone. A 15- to 30-gram intravenous infusion of arginine is used as a standard endocrinological test to provoke the pituitary into releasing <P> Sytropin combines HGH components with L-group amino acids and Growth Factors to provide the highest quality HGH supplement available without a prescription. It is manufactured under stringent quality control standards with the highest quality natural ingredients available. With Sytropin, you get the anti-aging benefits of HGH in their full potency immediately into your body through a convenient oral spray! Have had great results with the product. <P> Growth hormone (GH or HGH), also known as somatotropin or somatropin, is a peptide hormone that stimulates growth, cell reproduction and regeneration in humans and other animals. It is a type of mitogen which is specific only to certain kinds of cells. Growth hormone is a 191- amino acid, single-chain polypeptide that is synthesized, stored, and secreted by somatotropic cells within the lateral wings of the anterior pituitary gland. GH is used as a prescription drug in medicine to treat children's growth disorders and adult growth hormone deficiency. In the United States, it is only available legally from pharmacies, by prescription from a doctor. <P> Discover the Key Ingredients that can increase HGH Release in the aging body. Human Growth Hormone (HGH), is a master hormone that is produced in abundance throughout your entire life — The problem is your body loses its ability to release this key hormone that can counteract a lot of symptoms of the aging process. Research has shown that arginine has the benefit of causing the secretion of growth hormone. A 15- to 30-gram intravenous infusion of arginine is used as a standard endocrinological test to provoke the pituitary into releasing <P> Sytropin is one of the very few supplements that can give you all of the anti-aging benefits of prescription human growth hormone, without painful injections. Most pills and liquids are broken down by the stomach and liver, rendering them less effective. With Sytropin, you get the anti-aging benefits of HGH in their full potency immediately into your body through a convenient oral spray! Have had great results with the product. <P> (5) The Drug Enforcement Administration is authorized to investigate offenses punishable by this subsection. Controversies regarding the use of human growth hormone (HGH) as treatment method have centered on the claims, products, and businesses related to the use of growth hormone as an anti-aging therapy. <P> Providing natural HGH support with cutting edge ingredients can help you to dramatically increase in muscle growth as well as enhance your strength, endurance, and power. It combines a precise blend of patented ingredients to create a powerful, yet safe HGH supplement. Whether you're a bodybuilder looking to add lean muscle, trying to get rid of that spare tire around your waist, or simply want to look and feel younger, HGF-1 is a great choice. <P> Interestingly, as we age there is a rapid decrease in production of growth hormone. By age 60, your production has decreased over 75%. By unlocking the ability to boost HGH production, you may have discovered the fountain of youth. Invigorate HGH features 100% all natural and 100% safe ingredients designed to boost hgh levels and help turn back the clock. Invigorate HGH’s formula features a HGH Stimulating Release Blend, Sexual Vitality Blend, Weight Loss & Body Rejuvenation blend, and Brain & Cognitive Support Blend.
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191- amino acid, single-chain polypeptide that is synthesized, stored, and secreted by somatotropic cells within the lateral wings of the anterior pituitary gland.
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when is good time to eat banana
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<P> I eat 1 pretty much everyday. The 2 best times to eat a banana are before your workout or right afterwards. Before will give you energy to fuel your workout. I like to eat a banana with a little peanut butter on a slice of whole wheat toast or English muffin. Afterwards if I eat a banana I like to eat in mixed in a fresh smoothie. Just some ideas. <P> One Methods: Alternate Methods. For those of us who've eaten bananas all our lives, it may seem ridiculous to provide a tutorial on how to eat one. But to one of the many people who haven't, it's sometimes as puzzling to them as eating a prickly pear, pomegranate, artichoke or durian for the first time might be to you. <P> Report Abuse. Bananas are a superfood. All vegetarians should eat them. I suggest eating one everyday because they are a superfood. The best time of day to eat them depends. When you feel heartburn coming eat one. Bananas have a natural antiacid in them. When you feel dehydrated eat one. It really doesn't matter when you eat it but since it is a healthy fruit, breakfast would be a good time so you can get a good headstart on your day. Also for a snack between lunch and dinner would be good so you can get some more energy. <P> Arnav Sarkar: Breakfast is a great time to have a piece of fruit, and banana is a great option. For a good and complete breakfast pair the banana with some oats, almonds, milk and egg. Vinata Shetty: Bananas can be had as breakfast. They can be paired with skimmed milk as in a milkshake or yoghurt. <P> The Best Time To Eat A Banana-Is it healthier to eat a banana while it’s fresh or when it’s ripe? Many people are wondering about when it’s the best time to eat a banana. Interestingly, the nutritional profile of bananas changes as they ripen. You may have noticed that the more ripe your banana is, the sweeter it tastes. <P> Yes, you can still eat bananas — even if you have diabetes. Bananas are a good source of fiber, potassium, and vitamin C, but they do contain carbohydrates. In fact, all fruit has some carbohydrate, so you need to count them in your diabetes meal plan. If you want to include bananas in your meal plan, become familiar with portion sizes and the number of carbohydrates in each. <P> For breakfast, you will eat bananas and drink room-temperature water. The bananas must be raw, never cooked or frozen. You may substitute other fruit, but only one type per meal. If you are still hungry, wait 15 to 30 minutes and you can eat something else. Get ready to go bananas! But that's not all you'll eat on this plan. The Morning Banana Diet, also known as Asa-Banana Diet, comes from a husband and wife in Japan: Sumiko Watanabe is a pharmacist and preventive medicine expert. <P> Summary. The “why they’re so healthy” list is a long one – good thing bananas are so easy to eat! Potassium, vitamins A, C, and B6, fiber, flavonoids, and antioxidants – it’s all there, wrapped in a convenient, protective package. <P> Interestingly enough, there is a “right” time to eat a banana. First, it is important to understand some of the health benefits bananas have to offer. One medium banana (about 126 grams) is considered to be one serving. One serving of banana contains 110 calories, 30 grams of carbohydrate and 1 gram of protein. However, it is important to make sure you are eating the banana at the right time to ensure that you are getting all of these benefits. Many people are wondering about when it’s the best time to eat a banana. Interestingly, the nutritional profile of bananas changes as they ripen. You may have noticed that the more ripe your banana is, the sweeter it tastes
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Breakfast time
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why should we be against illegal immigration
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<P> 1 (Ibid.). 2 The total K-12 school expenditure for illegal immigrants costs the states nearly $12 billion annually, when the children born here to illegal aliens are added, the costs more than double to $28.6 billion. 1 Illegal activity should be punished not rewarded. 2 Failure to punish illegal activity encourages more illegal activity, emboldens criminals, breeds public cynicism, and discourages others from obeying laws. 3 Illegal activity, unpunished, threatens American values of law and order. <P> Eight-in-ten non-Hispanic blacks (82%) and Hispanics (80%) say those in the United States illegally should be allowed to stay if they meet certain requirements; about half of blacks (52%) and Hispanics (49%) say illegal immigrants should be able to apply for citizenship. Majorities of all major religious groups say there should be a way for immigrants who are currently in the U.S. illegally and who meet certain requirements to stay in the country. For the most part, those who favor legal status for illegal immigrants say they should be allowed <P> Legal immigrants should be treated the same way as other Americans. It is illegal immigration that much be stopped. Aliens spoil the reputation of legal immigrants, and that causes local Americans to discriminate against them. Legal immigration should not be stopped. Illegal immigration is what needs to be stopped. If some one comes here legally and earns their citizenship I am fine with that. I do not like it if some one just comes here and lives on the US because they are playing the system. <P> Report Abuse. illegal immigration should not be allowed. 1.) could be a reason is why there are now two languages in our country. 2.) they are taking jobs away from citizens because they want to work for cash under the table and don't have to pay taxes. Rreasons to deport illegal immigrants. 1) it's against the law 2) it's against the law 3) it's against the law 4) it's against the law 5) it's against the law If we have no respect for the rule of law, then we will soon perish as a society. <P> News Stories from ALIPAC Members. Members of ALIPAC can post their own news stories here. 6 stories per week will be chosen to go on our homepage. Articles must be on the topics of illegal immigration, aliens, gangs, laws, campaigns, legal immigration, terrorists, Americans, border patrol, and security. <P> The United States welcomes and accepts more legal immigrants as permanent residents than the rest of the world combined. However, there are an estimated twenty million or more illegal aliens residing in the U.S. in violation of U.S. immigration laws. 1 Illegal activity should be punished not rewarded. 2 Failure to punish illegal activity encourages more illegal activity, emboldens criminals, breeds public cynicism, and discourages others from obeying laws. 3 Illegal activity, unpunished, threatens American values of law and order. <P> 1 Illegal aliens show contempt for the values and laws that make America the land of opportunity and desirable to reside in. 2 They abuse the generosity and compassion of the American people. 3 They belittle all immigrants who reside in America legally. 1 Illegal activity should be punished not rewarded. 2 Failure to punish illegal activity encourages more illegal activity, emboldens criminals, breeds public cynicism, and discourages others from obeying laws. 3 Illegal activity, unpunished, threatens American values of law and order. <P> That's not to justify illegal immigration. I'm AGAINST amnesty unless you are a child in which case you had no choice. Any adult who was an illegal immigrant before should be excluded from legal immigration. Doing so would send a message: We're not anti-immigrant and we're not racist. Legal immigration should not be stopped. Illegal immigration is what needs to be stopped. If some one comes here legally and earns their citizenship I am fine with that. I do not like it if some one just comes here and lives on the US because they are playing the system.
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Because it's against the law
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where is the interlobular artery located
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<P> The interlobar arteries are vessels of the renal circulation which supply the renal lobes. This article incorporates text in the public domain from the 20th edition of Gray's Anatomy (1918). <P> Remember that the afferent arteriole brings blood to the glomerulus and the efferent arteriole takes blood away from the glomerulus. The efferent arterioles either 1) carry blood to capillaries in the medulla (Vasa recta) or 2) form anastomotic capillaries in the cortex (peritubular plexus). The ARCUATE arteries (which arise from the interlobar arteries) run along the cortico-medullary junction and can be seen on cross section in histologic renal sections. Since this vessel courses through the cortico-medullary junction in the shape of an ARC, it is called the ARCUATE ARTERY. <P> CT Pulmonary Angiography PA Anatomy. Pulmonary Artery Anatomy. The main pulmonary artery (MPA) is intrapericardial and courses posteriorly and superiorly from the pulmonic valve. It divides into the left pulmonary artery (LPA) and right pulmonary artery (RPA) at the level of the fifth thoracic vertebra. <P> Heart Descending aorta Renal artery Interlobar artery Arcuate artery Interlobular artery Afferent artery Glomerular capillaries *(majority of waste goes this route) Glomerular capsule PCT Nephron loop DCT Collecting tubule Minor calyx Major calyx Renal pelvis Ureter Urinary bladder Urethra Excreted. If blood pressure is too low, waste products will not enter the nephron and instead enter the efferent artery and stay in the body. If blood pressure is too high, excess pressure may damage the glomerular capillaries. <P> There needs to be specific amount of blood pressure at glomerular capillaries to force the waste from capillaries into the glomerular capsule. If blood pressure is too low, waste products will not enter the nephron and instead enter the efferent artery and stay in the body. If blood pressure is too high, excess pressure may damage the glomerular capillaries. <P> Heart Descending aorta Renal artery Interlobar artery Arcuate artery Interlobular artery Afferent artery Glomerular capillaries * Efferent artery Vasa recta Interlobular vein Arcuate vein Interlobar vein Renal vein Inferior vena cava Heart. If blood pressure is too low, waste products will not enter the nephron and instead enter the efferent artery and stay in the body. If blood pressure is too high, excess pressure may damage the glomerular capillaries. <P> Efferent arterioles of glomeruli in the outer cortex form the peritubular plexus which surrounds proximal and distal tubules. Efferent arterioles of glomeruli in the deeper cortex contribute to the adjacent peritubular plexus and also form the vasa recta which accompany the loop of Henle into the medulla. The ARCUATE arteries (which arise from the interlobar arteries) run along the cortico-medullary junction and can be seen on cross section in histologic renal sections. Since this vessel courses through the cortico-medullary junction in the shape of an ARC, it is called the ARCUATE ARTERY. <P> The glomerulus, glomerular capsule, and convoluted tubule are located in the renal cortex. Fluid passes from the proximal convoluted tubule to the loop of Henle. This fluid is carried into the medulla in the descending limb of the loop and returns to the cortex in the ascending limb of the loop. 2. Trace the course of blood flow through the kidney from the renal artery to the renal vein. 3. Trace the course of tubular fluid from the glomerular capsules to the ureter. 4. Draw a diagram of the tubular component of a nephron. <P> The interlobular septae are located between secondary pulmonary lobules and are continuous with both the subpleural interstitium (peripheral connective tissue) and the peribronchovascular interstitium (axial connective tissue) as well as the more delicate intralobular septa. The interlobular septa are incomplete allowing for communication between adjacent secondary pulmonary lobules (canals of Lambert and pores of Kohn). <P> Glomeruli-Interstitium-Tubules-Vessels Vessels. The main renal artery arises from the aorta and it is divided, usually, into the anterior and posterior branches and sometimes also into an inferior division. This artery is divided to form the segmental arteries, usually four or five, although there are many variants. The cortical radial or interlobular arteries (asterisk) are branches of the arcuate and originate the afferent arterioles. Usually they have, depending of the thickness of their wall, several layers of muscular cells. The structures marked with the green arrows are arterioles. (H&E, X300).
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Between secondary pulmonary lobules
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how much does it cost to hire graduation gown
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<P> Graduation July 2015 - Robe Hire. If you wish to attend your ceremony it is compulsory to wear academic dress (robes, hood and hat) in accordance with the University's Regulations. You should hire or purchase these directly from the official robe makers for the University, Ede & Ravenscroft. Robe ordering opens on 2 March and the deadline for orders is 26 June 2015. Order your robes online at www.edeandravenscroft.co.uk/graduation-services/ or over the telephone on 01223 861 854. <P> A. Please book early to be sure of your order as we cannot always guarantee an order if you leave your booking later than 21 days before your Ceremony (being the date agreed for the Hire outfit to be available). A. Where Ede & Ravenscroft are providing the photography service and depending on the options selected, prices start as low as £15 for a basic award print up to £200 for a canvas print in a mahogany frame. <P> Your gown should be ordered at least three weeks before the congregations from Ede & Ravenscroft, who are the University's official gown supplier. The cost of hiring an academic gown is dependent on your level of award, but typically costs between £40 and £70. You can then have your photographs taken (this can be done before or after the congregation), order your DVD, buy memorabilia, talk to our Postgraduate Study team and then take your seats in the Brangwyn Hall (also part of the Guildhall complex). <P> Ordering and prices. Your academic dress can be hired or purchased from Ede and Ravenscroft. They will be able to supply you with the appropriate hat, hood and gown for your graduation ceremony. The deadline for ordering your gown is Friday 26 June 2015. Orders need to be made through the Ede and Ravenscoft website where you will also be able to place an order for your official graduation photograph. Refunds. If you are unable to attend graduation, you can obtain a refund by notifying Ede and Ravenscroft in writing seven days before your ceremony date. They will refund your charge, less £1.50 to cover administrative costs. The process for claiming a refund can be found on the Ede and Ravenscoft website. <P> This enables you to wear the outfit for your graduation ceremony and have private and official photos taken if you want. If you opt for Extra 7 days hire you can take the robes away from where you had your graduation ceremony and keep them for one week, returning them to us in the postage paid bag provided. Instructions regarding the use of this bag are listed inside the bag. A. Where Ede & Ravenscroft are providing the photography service and depending on the options selected, prices start as low as £15 for a basic award print up to £200 for a canvas print in a mahogany frame. <P> Ede & Ravenscroft Charges February 2015 Gown Hire Charges Web Phone All Bachelors Degrees, including LLB, MBChB & BSc £45 £50 All Masters Degrees, including MEng, MSci & LLM £51 £56 All Higher Degrees, including EdD and DPhil £58 £63 All Higher Doctorates £58 £63 REFUNDS will be given up to 7 days before the ceremony. TRANSFERS from one ceremony to another can be applied for any time without extra cost, but refunds will not be given if subsequently cancelled. Notice to Buy Bachelors - 4 Weeks, Master Degrees 4 - 6 Weeks, Higher Degrees and Doctorates 8 - 12 Weeks. <P> To hire your graduation gown, hood and mortar board for the day will cost around £50-£60, depending on which degree you are being presented for. The exact price for your particular robes will be confirmed once you place your order with Ede & Ravenscroft. <P> No. There are no graduation fees at the University of Edinburgh. There is, however, a charge for the hiring of your hood and gown from Ede & Ravenscroft. The cost of hire is dependant upon when you order: approximately £42 if ordered online prior to ceremony rising to approximately £50 if ordered on the day. The wearing of a hood and gown is mandatory. <P> A. You may be able to place a late order. Go to the enquiry desk in the robing area early on the day of your ceremony and our staff will do their best to help you. We are usually only able to accept cash or cheques at the ceremony. Please note we cannot guarantee we will be able to provide robes for late orders. A. Where Ede & Ravenscroft are providing the photography service and depending on the options selected, prices start as low as £15 for a basic award print up to £200 for a canvas print in a mahogany frame. <P> Applications for hiring regalia for the Graduation Ceremony are made when you apply online to graduate. The regalia hire cost is $80, with a $20 refund when you return your gown. You can collect your regalia from the New Zealand Federation of Graduate Women premises at 9 Creyke Road, Ilam, Christchurch on Thursday 7 April between 8.15am to 5.30pm. This section covers your regalia-hire, wear and return. This section covers your regalia-hire, wear and return. What to wear on the day. Academic regalia must be worn by all those graduating but here are some tips on how to be comfortable
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Around £50-£60
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what was detente
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<P> A decrease in tension during the Cold WarDetente refers to an easing of international tension. It generally is used to describe the attempts to lower tensions in the Cold War. … it is used to refer to the time when there is ease of tension between united states and former soviet union 1: the relaxation of strained relations or tensions (as between nations); also: a policy promoting this2: a period of detente. détente <P> Detente. Detente is a term usually associated with the relations between America, Russia and China. The world experienced much detente during the 1970s for a number of reasons: Vietnam – The war in Vietnam shocked people. She was also fearful of what the USA had done in nuclear weapons. Also both the USA and USSR had huge stockpiles of weapons. China – she was fearful of her isolation in the world <P> Richard Nixon (right) meets with Leonid Brezhnev during detente. From the mid-1960s the Cold War appeared to soften, with a gradual but noticeable easing of tensions between the US, USSR and some of their allies. Soviet imports of Western consumer goods also increased sharply, doubling by 1979. 1. Detente was a period of improved relations between the superpowers, leading to less hostility and confrontation. <P> Though the Cold War was far from over, detente was a period of mutual acceptance by both superpowers. Though their ideological and economic systems may have rendered them incompatible, they acknowledged that there had to be systems for communicating and working together. Soviet imports of Western consumer goods also increased sharply, doubling by 1979. 1. Detente was a period of improved relations between the superpowers, leading to less hostility and confrontation. <P> Detente détente ended after The soviet intervention In, afghanistan which led to The United states boycott of the 1980 olympics In. Moscow Ronald 'reagan s election as president in, 1980 based in large part on an-anti detente, détente campaign marked the close of detente détente and A Return to. cold war tensions Detente détente ended after The soviet intervention In, afghanistan which led to The United states boycott of the 1980 olympics In. moscow <P> Detente détente was known In russian as ( разрядка , razryadka loosely meaning relaxation of). Tension the period was characterized by the signing of treaties such AS Salt i and The Helsinki. Accords another, TREATY SALT, ii was discussed but never ratified by The United. states Detente détente ended after The soviet intervention In, afghanistan which led to The United states boycott of the 1980 olympics In. moscow <P> · just now. Report Abuse. Detente détente was the general reduction in the tension between The Soviet union and The United states and a thawing of The Cold war that occurred from the late 1960s until the start of the. 1980s Best Answer: During the Cold War, tensions between communism and democracy rose and fell. In the early 1970s there was a relaxation period that became known as Detente, which is French for release of tensions.. <P> Detente détente was known In russian as ( разрядка , razryadka loosely meaning relaxation of). Tension the period was characterized by the signing of treaties such AS Salt i and The Helsinki. accords Detente détente ended after The soviet intervention In, afghanistan which led to The United states boycott of the 1980 olympics In. moscow <P> The U.S./U.S.S.R. detente détente was presented as an applied extension of that. Thinking THE SALT ii pact of the late 1970s continued the work of THE Salt i, talks ensuring further reduction in arms by The soviets and by THE. us Detente détente ended after The soviet intervention In, afghanistan which led to The United states boycott of the 1980 olympics In. moscow
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It is a term usually associated with the relations between America, Russia and China. The world experienced much detente during the 1970s for a number of reasons: Vietnam – The war in Vietnam shocked people.
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cerebral palsy life expectancy average
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<P> Life expectancy varies with each case of cerebral palsy and is dependent on the severity of the disorder and co-existing medical issues. Many children with milder forms of cerebral palsy have life spans close to that of the average population. <P> Life Expectancy. Most children with cerebral palsy can live long, happy, quality lives. Admittedly, their care may involve more visits to the doctor, require therapy or medications, and perhaps surgery. They may be evaluated for early intervention, special education services and assistive technology. <P> The life expectancy for a person with cerebral palsy can range from 30 years of age to age 60 or 70. People with rigidity and severe spasticity are likely to have shorter life expectancy, while people with mild to moderate cerebral palsy complications are likely to live longer. <P> The life expectancy of a child with cerebral palsy depends on the severity of their condition and co-existing medical issues. <P> About life expectancy. Most children with cerebral palsy can live long, happy, quality lives. Admittedly, their care may involve more visits to health care practitioners, require therapy or medications, and perhaps surgery at some point. <P> Doctors alone are not experts on the life expectancy for adults with cerebral palsy. Only a physician is qualified to appraise the individual, and only a statistician or actuary is qualified to relate the appraisal into a <P> The life expectancy of people who have perinatally acquired cerebral palsy can be similar to that of the general population, or it can be reduced substantially. The most important factors that are associated with reduced survival are disabilities of motor, cognitive, or visual functions. <P> Many parents have concerns about the life expectancy of their child with cerebral palsy. Life expectancy refers to the average survival time of members of a population. Because this number is the average of a larger population, an individual’s survival time may actually be longer or shorter than their life expectancy. There is no set life expectancy for cerebral palsy patients. <P> Although there have been no general studies of life expectancy in people with cerebral palsy, most children affected by CP live between 30 and 70 years, depending on the severity of the condition.
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30-70 years
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what color is jute
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<P> Follow colored jute to get e-mail alerts and updates on your eBay Feed. Unfollow colored jute to stop getting updates on your eBay Feed. Yay! You're now following colored jute in your eBay Feed. colored jute. <P> Jute is a long, soft, shiny vegetable fibre that can be spun into coarse, strong threads. It is produced from plants in the genus Corchorus, which was once classified with the family Tiliaceae, more recently with Malvaceae, and has now been reclassified as belonging to the family Sparrmanniaceae. It falls into the bast fibre category (fiber collected from bast, the phloem of the plant, sometimes called the skin) along with kenaf, industrial hemp, flax (linen), ramie, etc. The industrial term for jute fiber is raw jute. The fibers are off-white to brown, and 1–4 metres (3–13 feet) long. <P> 1 See More Shades: View different shades of your selected color. 2 View Similar Colors: See colors resembling the one you've chosen. 3 Share: Share colors with your friends on social networks. 4 Send: E-mail your color to others. 5 Print: Print your color. 1 Goes Great With: See colors that combine well with your chosen color. 2 More Color Combos: Get more color combinations for your color. 3 See More Shades: View different shades of your selected color. 4 View Similar Colors: See colors resembling the one you've chosen. 5 Share: Share colors with your friends on social networks <P> colored jute twine. Follow colored jute twine to get e-mail alerts and updates on your eBay Feed. Unfollow colored jute twine to stop getting updates on your eBay Feed. Yay! You're now following colored jute twine in your eBay Feed. This is the median price based on sales of this product in the same condition from all listings on ebay.com in the past 14 days, or if there are any insufficient number of listings for a meaningful calculation, the past 90 days. <P> Jute is one of the most affordable natural fibers and is second only to cotton in amount produced and variety of uses of vegetable fibers. Jute fibers are composed primarily of the plant materials cellulose and lignin. It falls into the bast fibre category (fiber collected from bast, the phloem of the plant, sometimes called the skin) along with kenaf, industrial hemp, flax (linen), ramie, etc. The industrial term for jute fiber is raw jute. The fibers are off-white to brown, and 1–4 metres (3–13 feet) long. Jute is also called the golden fiber for its color and high cash value <P> Trimweaver 2mm colored Jute Twine is great for packaging and other crafts. Jute or Burlap is eco-friendly and will add that natura ... l touch to your products. Get Maya Road's new natural Jute Craft Cording in colorful new rolls. Each roll of Maya Road's Cording has over 100 yards on a rol ... l. This twine cording is thicker than traditional baker's twine and similar in dimension to Maya Road Twine Cording <P> 1 More Color Combos: Get more color combinations for your color. 2 See More Shades: View different shades of your selected color. 3 View Similar Colors: See colors resembling the one you've chosen. 4 Share: Share colors with your friends on social networks. 5 Send: E-mail your color to others. 6 Print: Print your color. 1 Goes Great With: See colors that combine well with your chosen color. 2 More Color Combos: Get more color combinations for your color. 3 See More Shades: View different shades of your selected color. 4 View Similar Colors: See colors resembling the one you've chosen. 5 Share: Share colors with your friends on social networks
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Off-white to brown.
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what is estimated cost for transmission flush for Hyundai
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<P> My local Hyundai dealer charges $179.00 to service the transmission. Not sure what they mean by service I didn't ask. I just do a drain and fill every 15k miles or so. Cheap insurance and it's easier then changing the oil and filter. Just remove the drain plug, wipe it off and reinstall after fluid is drained. <P> July 2014 in Repair and Maintenance. Well, I went to the Hyundai dealer for my 2012 Sonata 60k maintenance. It seems that my car would need the transmission fluid to be changed and the dealer is asking about $510 to do so. <P> Parts: $25 - $49. The average cost for an automatic transmission fluid/filter change is between $151 to $209. Labor costs are estimated between $126 to $160 while parts are priced between $25 to $49. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. <P> I changed my transmission fluid, filter and basket. Immediately after that my trans was shift extremely hard for a year. Then the torque converter locked up which cost me 1700 to have trans rebuilt. Now would it void my warranty if I was to just flush and fill my system it is it best to just take it to the dealer. <P> Hello again, you can follow up on your original question but the cost for the trans flush will be about $170. Be sure they use Hyundai SP3 fluid, if you go to the shop I recommended they will know the correct fluid. <P> 1 For example, CostHelper readers report paying $90-$378 for a transmission flush at a oil-and-lube or auto repair shop, at an average cost of $160; or $77-$295 at dealerships, at an average cost of $205; and a CostHelper reader in Nevada reported being charged $766 for a transmission fluid change on a Lamborghini Diablo. <P> The average cost for an automatic transmission fluid/filter change is between $151 to $209. Labor costs are estimated between $126 to $160 while parts are priced between $25 to $49. Get a personalized estimate based on your location and specific car. Estimate does not include taxes and fees. <P> 1 Flushing a transmission with a pressurized machine can cost $125-$300 or more, and may include pushing a special cleaning compound through the system. 2 The power flush process typically replaces all of the transmission fluid, and can require 12-22 or more quarts.
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About $170
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How much does zoom whitening cost
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<P> a in office whitening treatments the price range shown below is an estimate of what a dentist might charge for a one bleaching session professional in office or laser whitening they re all the same procedure $ 400 00 $ 900 00 <P> how much is it on average zoom whitening costs about $ 250 $ 450 per visit but that may vary greatly depending on your dentist and whether there is a need for a pre treatment process one dentist on realself com claimed the average procedure costs about $ 350 <P> the type of whitening is the biggest factor when it comes to calculating the cost of your treatment over the counter treatments typically range from $ 5 to $ 50 take home treatments typically cost between $ 200 and $ 400 in office whitening can run anywhere from $ 300 to $ 1000 <P> the cost of zoom whitening for the teeth is equivalent to other related in office bleaching treatments although your exact cost may fluctuate based on your dentist and location the average cost of zoom is approximately $ 500 <P> current research showsthat this is the best way to get your teeth their whitest how much does zoom whitening cost our normal fee is $ 600 however for a limited time we are reducing the fee to $ 495 this includes the zoom procedure home whitening trays and bleaching gel totake home <P> the price range shown below is an estimate what a dentist might charge for bleaching your teeth via the use of an at home tray based system that they have dispensed to you a tray whitening kit $ 175 00 $ 425 00 per arch low fee small rural city or town high fee large metropolitan area <P> zoom teeth whitening cost and treatment time the average cost of zoom teeth whitening treatment is $ 500 this includes the supplemental take home trays designed to maximize results most cosmetic dentistry treatments are not covered by dental insurance
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$ 500
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