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what elements is found in all organic compounds | <P> The three most common elements found in organic compounds are carbon, oxygen and hydrogen. Other elements, such as nitrogen, sulfur and phosphorous are also components of … organic substances. + 22 others found this useful. <P> Proteins A protein is an organic compound that contain carbon, hydrogen, oxygen, nitrogen, and in some cases sulfur and are made up of small molecules called amino acids. There are 20 different amino acids commonly found in the proteins of living things. <P> The most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound … compound contains these elements. Which explains why rotting organic material lets of Hydrocarbons (C and H). <P> The most common elements, in order from most common to least common, are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorous, and Sulfur. As far as I know, every organic compound … compound contains these elements. <P> The answer is yes and no. Yes, carbon IS found in all organic matter, but NOT in inorganic matter. Although there are many definitions of organic, in the scientific disciplines, the basic definition comes from chemistry. In chemistry, organic means chemical compounds with carbon in them. <P> Carbon. By definition, organic chemistry is the study of chemical compounds that contain Carbon (C) with exception of carbonates, bicarbonates, metallic cyanides and carbides. Carbon. <P> Proteins are organic compounds that consist of carbon, hydrogen, oxygen, nitrogen, and, in some cases, sulfur. They are made up of repeating units called amino acids. They provide cells with energy, form tissues, speed up chemical reactions throughout the body, and perform many other cellular functions. | Carbon, oxygen and hydrogen. |
what is a fungal toxin | <P> For example, other toxins from fungi, which are not found in food, may be more toxic. For this reason a sound knowledge of which fungi produce which toxins (i.e. fungal chemotaxonomy) is crucial. Difficulty exists in defining mycotoxins in a few words. A minute percentage of toxic fungal metabolites have been considered seriously as weapons: two (aflatoxins and T-2 toxin; Fig 3) are obviously mycotoxins, whereas one is a toxin from a macroscopic fungus, i.e. amanitin, as mentioned previously. <P> A mycotoxin (from Greek μύκης (mykes, mukos) fungus and τοξικόν (toxikon) poison) is a toxic secondary metabolite produced by organisms of the fungi kingdom, commonly known as molds. The term 'mycotoxin' is usually reserved for the toxic chemical products produced by fungi that readily colonize crops. One mold species may produce many different mycotoxins, and the same mycotoxin may be produced by several species. Aflatoxins are a type of mycotoxin produced by Aspergillus species of fungi, such as A. flavus and A. parasiticus. The umbrella term aflatoxin refers to four different types of mycotoxins produced, which are B 1, B 2, G 1, and G 2. <P> fungal toxins. there are a large number of known poisonous fungi, some of which grow on living plants, many of them visible on the outside of the plant, many of them growing inside the plant and therefore not visible. Many more grow on stored feed such as grain and hay. fungal. pertaining to or caused by a fungus. fungal disease. the three principal manifestations are the skin infections, the dermatophytoses, systemic infections such as coccidioidomycoses, and the mycotoxicoses, the fungal poisonings. fungal hypersensitivity. <P> Some of the health effects found in animals and humans include death, identifiable diseases or health problems, weakened immune systems without specificity to a toxin, and as allergens or irritants. Some mycotoxins are harmful to other micro-organisms such as other fungi or even bacteria; penicillin is one example. Aflatoxins are a type of mycotoxin produced by Aspergillus species of fungi, such as A. flavus and A. parasiticus. The umbrella term aflatoxin refers to four different types of mycotoxins produced, which are B 1, B 2, G 1, and G 2. <P> 1 FUNGAL EXPOSURE: TOXICITY & IMMUNOLOGY There are four mechanisms by which fungal toxins cause pathology. One mechanism involves the direct toxic effects of fungi, molds, and yeast. The other three are exaggerated immune system reactions to fungal antigens. 1. The direct toxic effects of ochratoxins, aflatoxins, and tricothecenes. <P> fungal. pertaining to or caused by a fungus. fungal disease. the three principal manifestations are the skin infections, the dermatophytoses, systemic infections such as coccidioidomycoses, and the mycotoxicoses, the fungal poisonings. fungal hypersensitivity. may occur in animals; possibly the cause of fungal kerion. <P> fungal toxins. there are a large number of known poisonous fungi, some of which grow on living plants, many of them visible on the outside of the plant, many of them growing inside the plant and therefore not visible. Many more grow on stored feed such as grain and hay. fungal disease. the three principal manifestations are the skin infections, the dermatophytoses, systemic infections such as coccidioidomycoses, and the mycotoxicoses, the fungal poisonings. fungal hypersensitivity. may occur in animals; possibly the cause of fungal kerion. <P> None of the fungi are (a) as toxic as botulinum toxin from Clostridium botulinum, and (b) as dangerous as nuclear weapons. One toxin may be defined as a pharmaceutical and vice versa simply by a small change in concentration or a moiety. A minute percentage of toxic fungal metabolites have been considered seriously as weapons: two (aflatoxins and T-2 toxin; Fig 3) are obviously mycotoxins, whereas one is a toxin from a macroscopic fungus, i.e. amanitin, as mentioned previously. <P> Aflatoxin is a fungal toxin that commonly contaminates maize and other types of crops during production, harvest, storage or processing. Exposure to aflatoxin is known to cause both chronic and acute hepatocellular injury. In Kenya, acute aflatoxin poisoning results in liver failure and death in up to 40% of cases. | Fungal toxins are a large number of known poisonous fungi, some of which grow on living plants, many of them visible on the outside of the plant, many of them growing inside the plant and therefore not visible. |
how long to keep payroll files | <P> For purposes of the Age Discrimination in Employment Act (ADEA), employers are required to keep payroll records for the same length of time required under the FLSA -- three years from the termination date. However, other employee benefit information must be retained for only one year. When an employment relationship ends, employers have an obligation to store employee personnel files in a secure location. The length of time employee records must be kept varies, according to federal and some state laws concerning employer record keeping. <P> IRS payroll tax-related records-keep these records for at least four years following the period covered by the records. Common Law Requirements. There are no common law requirements as such for how long employers should keep certain kinds of records. The duty to keep the records for a specified period of time. This brief article will focus on the third set of requirements, i.e., how long employers should maintain records under various laws. <P> Outside of the period, and the taxpayer doesn't have to provide it. I suspect your asking about your own payroll records from an employer. They are required to timely (by 1/31 following the year end) to have provided you with your W-2. Once they timely give them to you, it is YOUR obligation to keep them. It is none of your business how long they keep their records on this or other things. And it will be your problem and expense if you claim they didn't comply with making them available to you. <P> Since employees may come and go, you may wonder how long you should hang on to the employee records. The Internal Revenue Service (IRS) weighs in on records pertaining to employee taxes, such as payroll, but the other records depend on what types of records you have for employees. Small business expert Rieva Lesonsky suggests you keep employment records for a minimum of two years and for up to seven years. She says that most states have a two-year statute of limitations on lawsuit filings by former employees, so you want to make sure you have documents at hand if this occurs. <P> Employee Contracts. If you have employment contracts with your employees, then you should maintain these contracts for at least 10 years. According to Financial Web, you should “err on the side of caution” and maintain employee records for a longer period than you think you may need, in case a legal issue arises. Small business expert Rieva Lesonsky suggests you keep employment records for a minimum of two years and for up to seven years. She says that most states have a two-year statute of limitations on lawsuit filings by former employees, so you want to make sure you have documents at hand if this occurs. <P> Recordkeeping Requirements. EEOC Regulations require that employers keep all personnel or employment records for one year. If an employee is involuntarily terminated, his/her personnel records must be retained for one year from the date of termination. Under ADEA recordkeeping requirements, employers must also keep all payroll records for three year <P> Oregon law requires employers to keep personnel records for 60 days, and to keep payroll records for 2 years (3 years under federal law), but that does NOT mean it is a good idea to purge those documents as soon as you can lawfully do so. <P> Age-discrimination documentation (ADEA) - keep payroll records for at least three years, and any other documents relating to personnel actions for at least one year, or during the pendency of a claim or lawsuit. OSHA records-keep OSHA-related records for at least five years. The duty to keep the records for a specified period of time. This brief article will focus on the third set of requirements, i.e., how long employers should maintain records under various laws. <P> Content remains current as of July 2013. Employers should know how long to keep or destroy employee files and documents. Each state and federal agency has a different set of requirements, often covering the same documents so it's challenging for you to know what to keep and for how long. <P> In the case of employment records, the IRS guidelines say to keep the records for a minimum of four years after you pay the tax or the tax is due, whichever of the two dates is later. Small business expert Rieva Lesonsky suggests you keep employment records for a minimum of two years and for up to seven years. She says that most states have a two-year statute of limitations on lawsuit filings by former employees, so you want to make sure you have documents at hand if this occurs. | Three years |
buffalo greyhound phone number | <P> The first layover was in Atlanta, Georgia (will not answer their phone either) and the second would have been Detroit, MI to Flint, MI. Greyhound is totally unprofessional and has no info to give. Most of their stations do not answer the phones. The only call that was answered was to the 800 number and they could not help. The bus station in Flint tried to help, but could only give me the route of the bus in question. This missing person is very sick and has heart problems. I will never travel on a greyhound and neither will any of our family or friends after this fiasco. <P> Greyhound-Not ONE bus station in Atlanta Georgia answers. Not ONE bus station in Atlanta Georgia answers their phones. Boloxi, Miss does not even give you the option to speak to a real person. There is a missing person who traveled from Boloxi, Miss to Mobile, Ala ........ on his way to Flint, Michigan. The bus station in Flint tried to help, but could only give me the route of the bus in question. This missing person is very sick and has heart problems. I will never travel on a greyhound and neither will any of our family or friends after this fiasco. <P> Travel to New York in comfort and style with the largest intercity bus service. New buses, premium amenities and convenient boarding make Greyhound the best bus service in New York. Find a Greyhound bus station near you and purchase your bus tickets online today! Earn Destination Points each time you travel <P> Travel to New York in comfort and style with the largest intercity bus service. New buses, premium amenities and convenient boarding make Greyhound the best bus service in New York. Find a Greyhound bus station near you and purchase your bus tickets online today! Earn Destination Points each time you travel. 5. Find other bus station locations in Buffalo or New York. Locations marked with a (C) are Curbside bus stops. These are pick up and/or drop off points only (you won’t able to buy tickets or get assistance at these stops). <P> Buffalo Greyhound Adoption, Inc. spays or neuters and provides for a variety of vaccinations and other preventative measures prior to placement. However, we suggest that you discuss the special needs of greyhounds with your veterinarian. Buffalo Greyhound Adoption, Inc exists for the purpose of finding suitable homes for retired racing greyhounds. If you are interested in providing for one of these extraordinary creatures, please assist us in optimizing the placement process by furnishing the following information as honestly and completely as possible. <P> Burlington, Ontario. L7L6W1. If you'd like the address, phone number and hours of operation for a specific location, please visit the Locations page. If you have a specific customer service issue other than baggage or refunds, use our online form to send an e-mail to our Passenger Sales Centre. Marketing/Media Proposals. Each year, Greyhound Canada receives hundreds of requests to review proposals from Marketing and Media agencies as well as worthy charitable causes. Given this volume, we ask that you call 214-849-6275 and contact the agency that best meets your needs. <P> Greyhound-I paid for a 12 hr. bus trip from Nashville TN, to. I paid for a 12 hr. bus trip from Nashville TN, to KCMO. Boarding was to be at 11:45 pm on 3-1-15 in Nashville TN. It was delayed 2 hours. A 3 hour stop in St Louis, and arrival time scheduled for 11:55am, KCMO on 3-2-15. The bus station in Flint tried to help, but could only give me the route of the bus in question. This missing person is very sick and has heart problems. I will never travel on a greyhound and neither will any of our family or friends after this fiasco. <P> Buffalo Greyhound Adoption generates approximately $28,133 in annual sales. The phone number for Buffalo Greyhound Adoption is (716) 873-1165. Buffalo Greyhound Adoption is located at 149 Keller Ave, Buffalo, NY 14217. The website (URL) for Buffalo Greyhound Adoption is www.b-g-a.org. A Weinert is the Representative at Buffalo Greyhound Adoption. You can contact A at (716) 873-1165. Buffalo Greyhound Adoption is estimated to generate $28,133 in annual revenues, and employs approximately 2 people at this location. Buffalo Greyhound Adoption has approximately 2 employees at this location. | (716) 873-1165 |
when can you baby hamsters eat solid food | <P> If you have baby hamsters on your hands — whether you bought them or bred them — taking care of them can be a lot of work. Even if the babies are with their mother, you must watch them carefully to make sure she's caring for them properly and not hurting them. Hamsters reach sexual maturity as young as 6 weeks old, though it is not advisable to let them mate at this age. A female should be at least 8 - 10 weeks old before mating, and males 10 -12 weeks old. Once a hamster reaches 12 months of age, it should no longer be bred, as health risks skyrocket. <P> Feeding Baby Syrian Hamsters For a Syrian hamster or other full-sized species of hamster, increase the amount of milk offered. Start with 1 milliliter 12 times a day around the clock until the hamster pups are 2 weeks old. After 2 weeks, feed them 2 milliliters 8 times a day. Feeding Baby Hamsters. Baby hamsters are usually well cared for by their mothers, but you can offer a few foods to help the hamster pups along. Baby hamsters will likely benefit from wheat germ cereal early in their development, so sprinkle a little close to the nest. <P> Wash and peel all vegetables thoroughly before feeding to a baby hamster. If any Pesticides are still present on the vegetables these can upset a baby hamster’s tummy. You can feed most vegetables to baby hamsters including carrots, cucumber etc: but no green leafy vegetables. Green leafy vegetables play no part in a hamster’s diet young or old, and certainly no lettuce. Once a baby hamster has been weaned you can feed them the same as you would an adult hamster. His diet plays a big part in his well being, not only now but also as he grows. A good commercially packed complete hamster food is a good base for the diet <P> Making the world better, one answer at a time. From my personal experience-I have 6 hamster pups born 16 days ago: At 14 days old, a baby hamster will wander out of its nest and begin exploring the cage and trying solid foods. Their eyes will still be closed but will begin to open within the next couple of days. <P> What do you feed baby a hamster? Once a baby hamster has been weaned you can feed them the same as you would an adult hamster. His diet plays a big part in his well being, not only now but also as he grows. A good commercially packed complete hamster food is a good base for the diet. <P> This doesn’t mean that the hamsters won’t eat solid foods. Hamster pups start using their teeth at about 5 days old on smaller seeds. If you provide wheat germ by sprinkling it close to the nest, small hamster pups will lick at it. During the third week you should see hamster pups eating from the bowl of solid foods. Feeding Baby Hamsters. Baby hamsters are usually well cared for by their mothers, but you can offer a few foods to help the hamster pups along. Baby hamsters will likely benefit from wheat germ cereal early in their development, so sprinkle a little close to the nest. <P> 1 These foods will hydrate the babies. 2 A hamsters cage needs to be at least 360 sq in. 3 It must be even bigger for a nursing mom and litter. 4 If you feel your hamster gave birth in a cage that was too small, then put them into a new cage after 2 weeks. Change your hamster's diet. Pregnant hamsters need a diet high in protein and fat. Aim for a hamster food that contains 18 to 20 percent protein and seven to nine percent fat. You may also want to provide your mother hamster with milky food to provide additional calcium and promote lactation. <P> I have compiled solid food charts to help you have an idea of what foods are safe, healthy and nutritious for your baby as you both begin the journey into solid foods. Remember, many pediatricians are recommending that babies start solids at 6 months of age. | 2 weeks |
how much is cj wilson worth | <P> C.J. Wilson Net Worth: C.J. Wilson is an American professional baseball player who has a net worth of $35 million. C.J. Wilson was born in Fountain Valley, California in November 1980. Wilson is a pitcher who bats and throws left handed. <P> C.J. Wilson Net Worth: C.J. Wilson is an American professional baseball player who has a net worth of $35 million. C.J. Wilson was born in Fountain Valley, California in November 1980. <P> He play as a professional baseball starting pitcher for Los Angeles Angels of Anaheim in MLB.He played high school baseball at Fountain Valley High School and college baseball at Loyola Marymount University. He was drafted by Texas Rangers in 2001 MLB drafts. C.J. Wilson Salary :$11,507,000. <P> Wilson made his major league debut in June 2005 for the Rangers and played there until 2011. In 2012 he signed a five year deal with the Los Angeles Angels of Anaheim worth $75 million. Wilson has been an MLB All-Star in 2011 and 2012. He races cars and owns a team who competes in the Playboy Mazda MX-5 Cup Series. Wilson owns CJ Wilson Mazda in California. <P> Current Contract. C.J. Wilson signed a 1 year, $745,000 contract with the Oakland Raiders, including an average annual salary of $745,000. In 2015, Wilson will earn a base salary of $701,176. Wilson has a cap hit of $550,588. <P> Now you know how much CJ Wilson Salary and CJ Wilson net worth? He is the professional NFL player of Oakland Raiders American football team. This 6 ft 1 player started his carrier in 2015. | $35 million |
which blood types can take which other kinds of blood | <P> 1 While donors with Type AB blood can only give red cells to other Type AB recipients, they are the universal plasma donors. 2 The ‘right type’ donation for AB donors may be an apheresis donation of plasma or plasma and platelets. 3 The donation takes approximately 1 hour and 15 minutes. Donation of 'whole blood' is the most common type of blood donation, but there are a few other types of blood donation. Donation types include: 1 Blood (or Whole Blood). 2 Double Red Cells. 3 Platelets. 4 Plasma <P> Blood Type Compatibility. Some of us can receive blood from people with blood types other than our own. O Rh positive can be given to all other Rh positive blood types. Blood type O Rh negative is referred to as the universal red cell donor because it can be given to all other blood types. However, if you are O Rh negative, that is the only blood type you can receive. Blood types are inherited. The four major blood groups are O, A, B and AB. They are also positive or negative (the Rh factor), creating eight major blood types. Your type is determined by the presence or absence of antigens on the surface of your red blood cells. <P> Some of these antigens are also present on the surface of other types of cells of various tissues. Several of these red blood cell surface antigens can stem from one allele (or an alternative version of a gene) and collectively form a blood group system. Blood type (or blood group) is determined, in part, by the ABO blood group antigens present on red blood cells. A blood type (also called a blood group) is a classification of blood based on the presence or absence of inherited antigenic substances on the surface of red blood cells (RBCs). These antigens may be proteins, carbohydrates, glycoproteins, or glycolipids, depending on the <P> 1 Group O-is the universal donor, but a person with O-blood type can only receive this type. 2 Group A+ can donate red blood cells to A+ and AB+ recipients. 3 Group A-can donate red blood cells to A+ or A-and to AB+ or AB-recipients. 4 Group B+ can donate red blood cells to B+ and AB+ recipients. Blood types are inherited. The four major blood groups are O, A, B and AB. They are also positive or negative (the Rh factor), creating eight major blood types. Your type is determined by the presence or absence of antigens on the surface of your red blood cells. <P> ABO blood type system. The ABO system consists of A, B, AB, and O blood types. People with type A have antibodies in the blood against type B. People with type B have antibodies in the blood against type A. People with AB have no anti-A or anti-B antibodies. People with type O have both anti-A and anti-B antibodies. People with type AB blood are called universal recipients, because they can receive any of the ABO types. People with type O blood are called universal donors, because their blood can be given to people with any of the ABO types. Mismatches with the ABO and Rh blood types are responsible for the most serious, sometimes life-threatening, transfusion reactions. But these types of reactions are rare. <P> 1 Everyone has one of four blood types – A, B, AB, or O – which is inherited from your parents. 2 Your blood type is determined by the presence or absence of two antigens – A and B – on the surface of red blood cells. Story at-a-glance 1 +. <P> Blood types are very important when a blood transfusion is necessary. In a blood transfusion, a patient must receive a blood type compatible with his or her own blood type. If the blood types are not compatible, red blood cells will clump together, making clots that can block blood vessels and cause death. 1 Blood Type B-If the red blood cell has only B molecules on it. 2 Blood Type AB-If the red blood cell has a mixture of both A & B molecules. 3 Blood Type O-If the red blood cell has neither A or B molecule. | Group O-is the universal donor, but a person with O-blood type can only receive this type. |
meaning of the name ann | <P> Ann is also a short form of the German and French Annalise. Ann is also a short form of the name Annasophia. Ann is also a derivative (English) of the English, French, German, and Scandinavian Anne. Ann is also a short form of the English and Dutch Annie. Ann is a derivative of the English and Arabic Anissa. Ann is also a familiar form (English) of the English, French, German, Hebrew, and Yiddish Hannah and a derivative (English) of Anna. Ann is also a short form of the English, German, and Italian Annabella. Ann is also a short form of the name Annabeth. <P> The name Ann is a German baby name. In German the meaning of the name Ann is: Name of a king. Irish Meaning: The name Ann is an Irish baby name. In Irish the meaning of the name Ann is: Priceless. English Meaning: The name Ann is an English baby name. In English the meaning of the name Ann is: Merciful. Anglo-Saxon Meaning: The name Ann is an Anglo-Saxo <P> Ann has 1 masculine form: Anson. Ann is a very popular first name for women (#48 out of 4276, Top 1%) and also a very popular surname for both adults and children (#34904 out of 150436, Top 23%). (2000 U.S. Census). Presented below is the birth name popularity of Ann for girls <P> [ 1 syll. an (n), ann - ] The baby girl name Ann is pronounced as aeN †. Ann has its origins in the Arabic, Hebrew, Germanic, English, and Old Greek languages. It is used largely in the English and Greek languages. The name has been used by English speakers since the medieval period. Ann is a derivative of the English and Arabic Anissa. Ann is also a familiar form (English) of the English, French, German, Hebrew, and Yiddish Hannah and a derivative (English) of Anna. Ann is also a short form of the English, German, and Italian Annabella. Ann is also a short form of the name Annabeth. <P> Origin of the name Anne: Anne is a cognate of the Hebrew Hannah (gracious, full of grace), which is from hannāh, chaanach (grace, gracious, mercy). In medieval Christian tradition, Anne was the name assigned to the mother of the Virgin Mary, as Joachim was assigned to her father. From A World of Baby Names by Teresa Norman. <P> Ann /ann/ [1 syll.] as a girls' name is pronounced an. It is of Hebrew origin, and the meaning of Ann is He (God) has favored me. The name refers to grace. Simplified form of Anne, the English form of Hannah. Kreatif forms: Annai, Annau, Auann. Ann is a very popular first name for women (#48 out of 4276, Top 1%) and also a very popular surname for both adults and children (#34904 out of 150436, Top 23%). <P> Anne /anne/ [1 syll.] as a girls' name is pronounced an. It is of Hebrew origin, and the meaning of Anne is He (God) has favored me. The English form of Hannah. A name favored by royalty and commoners for centuries. <P> Hebrew Meaning: The name Anne is a Hebrew baby name. In Hebrew the meaning of the name Anne is: Favour or grace. Prayer. God has favoured me. American Meaning: The name Anne is an American baby name. In American the meaning of the name Anne is: Favour or grace. Prayer. God has favoured me. <P> Ann. A name meaning Grace in Hebrew, the name of the blessed Mother of Mary who gave birth to Jesus, a common name amongst royalty and the sickest bitch who owns all the boys on the block. <P> Ann is also a familiar form of the English and Scottish Ansley. Ann is also a familiar form (English and Greek) of the English and German Anthea. Ann has 18 derivatives that are used in English and foreign languages. Derivatives of the name used in English include Ane, Anice, Annchen, Annze, Anouche, Louann, and Nannie. Ann is a derivative of the English and Arabic Anissa. Ann is also a familiar form (English) of the English, French, German, Hebrew, and Yiddish Hannah and a derivative (English) of Anna. Ann is also a short form of the English, German, and Italian Annabella. Ann is also a short form of the name Annabeth. | The meaning of Ann is He (God) has favored me. The name refers to grace. |
long term skilled nursing care costs in northern virginia | <P> Northern Kentucky. The median monthly cost for a Private Room in a Nursing Home in the Northern Kentucky area as of 2015 is $7,270. The median monthly cost for a Semi-Private Room in a Nursing Home in the Northern Kentucky area as of 2015 is $6,327. The median monthly cost for a Private Room in a Nursing Home in Fort Wayne as of 2015 is $8,038. The median monthly cost for a Semi-Private Room in a Nursing Home in Fort Wayne as of 2015 is $6,632. <P> The Virginian is a trusted leader for Long Term Nursing Care in the Fairfax County area. We offer both permanent and temporary nursing services. Nursing care is provided on a 24 hour basis by Registered Nurses (RNs) or Licensed Practical Nurses (LPNs) and Certified Nursing Assistants (CNAs). <P> Cost of Virginia Nursing Homes. According to the 2015 Genworth Financial cost of care survey, the average cost of skilled nursing in Virginia is $6,707 per month. The monthly base rate for Virginia nursing homes is typically average when compared to neighboring states. We recommend you search by ZIP to also view nearby Virginia nursing homes that may not be located in the same city but could still meet your needs. Virginia skilled nursing facilities are listed by city below so you can view only nursing homes in that city. <P> - The cost to receive care in the home remained relatively unchanged from 2011 to 2012. The median hourly cost for homemaker services and home health aide services is $18 and $19, respectively. - The median annual cost for care in an assisted living facility is $39,600 nationally. This represents an increase of 1.2 percent since 2011 and a 5.7 percent annual increase over the past five years. <P> Costs of Care. Some average costs for long-term care in the United States (in 2010) were: 1 $205 per day or $6,235 per month for a semi-private room in a nursing home. 2 $229 per day or $6,965 per month for a private room in a nursing home. 1 $205 per day or $6,235 per month for a semi-private room in a nursing home. 2 $229 per day or $6,965 per month for a private room in a nursing home. 3 $3,293 per month for care in an assisted living facility (for a one-bedroom unit). 4 $21 per hour for a home health aide. <P> You may be able to pay for long term care services through VA, Federal and State programs (Medicare and Medicaid), and through insurance or your private funds. Click on the tabs in this section of the Guide for more information about these sources of funding. If you still have questions after reading this section of the Guide to Long Term Care, call toll-free, 1-877-222-VETS (8387), Monday through Friday, 7 a.m. to 7 p.m. (CST). Or, contact your VA social worker. <P> MVNRC is located in the Mt. Vernon/Alexandria area of Northern Virginia and is a 5-star Medicare rated center long recognized for exceptional skilled nursing care, as well as being a leading provider of post-acute care, rehabilitation therapies and long-term care. <P> The median monthly cost for a Private Room in a Nursing Home in the Indianapolis area as of 2015 is $8,118. The median monthly cost for a Semi-Private Room in a Nursing Home in the Indianapolis area as of 2015 is $6,235. The median monthly cost for a Private Room in a Nursing Home in Fort Wayne as of 2015 is $8,038. The median monthly cost for a Semi-Private Room in a Nursing Home in Fort Wayne as of 2015 is $6,632. <P> Moving into a Community Nursing Home is an important decision for you and your family. You can use a Shared Decision Making Worksheet to help you figure out what long term care services or settings may best meet your needs now or in the future. VA contracts with community nursing homes to care for Veterans. The Community Nursing Home program is offered in many communities so Veterans can receive care near their homes and families. <P> - The median annual cost for care in a private nursing home room rose 4.2 percent from 2011 to 2012 to $81,030 nationally, or 4.3 percent annualized over the past five years. Read More about Genworth’s 2012 Cost of Care Survey …. The median hourly cost for homemaker services and home health aide services is $18 and $19, respectively. - The median annual cost for care in an assisted living facility is $39,600 nationally. This represents an increase of 1.2 percent since 2011 and a 5.7 percent annual increase | $6,707 per month. |
how to prepare a ribeye steak in the oven | <P> Heat a large cast-iron pan over medium-high heat. Sear steak on both sides until blackened, 8 to 10 minutes total. Transfer to oven and roast 15 to 20 minutes or until a meat thermometer inserted into center of steak registers 125 degrees for medium-rare. <P> Place a 10-to-12-inch cast-iron skillet in the oven and heat the oven to 500 degrees F. Bring the steak to room temperature. When the oven reaches temperature, remove the skillet and place on the range over high heat for 5 minutes. Coat the steak lightly with oil and sprinkle both sides with a generous pinch of salt. Grind on black pepper. Immediately place the steak in the middle of the hot, dry skillet. Cook 30 seconds without moving. Turn with tongs and cook another 30 seconds, then put the pan straight into the oven for 2 minutes. Flip the steak and cook for another 2 minutes. (This time is for medium-rare steak. If you prefer medium, add a minute to both of the oven turns.). Remove the steak from the skillet, cover loosely with foil and rest for 2 minutes. Serve whole or slice thin and fan onto plate. <P> Directions. 1 Sprinkle steaks liberally with Mccormick seasoning on both sides. 2 Preheat oven to 450°F Place steaks in shallow pan and place 1 Tb butter on each steak as well as beef broth, thyme and rosemary. 3 Roast until one side is browned/sizzled then turn over until other side is browned/sizzled. 1 Preheat oven to 450°F Place steaks in shallow pan and place 1 Tb butter on each steak as well as beef broth, thyme and rosemary. 2 Roast until one side is browned/sizzled then turn over until other side is browned/sizzled. 3 Leave a bit longer for well-done <P> Step 3: Broil. Place the steak in the oven and broil for the appropriate amount of time. A 3/4-inch boneless steak needs about 8 to 10 minutes while a 1-inch thick one needs 14 to 18 minutes. If you're broiling bone-in, a 1-inch steak needs 13 to 17 minutes. Go for the longer time if you want a more well-done piece of meat. Turn the meat once about halfway during the cooking process. <P> Season each side of the steak with about 1/2 teaspoon of salt and black pepper. You can either use to ovenproof skillets, like a cast iron skillet, or just a regular skillet like I did. Turn your exhaust fan on high. Cook the steaks searing one side for about 5 minutes. You want a nice brown crust to form on that side. Then flip the steak and repeat the process for the other side. When you are done transfer the steaks to a baking sheet for roasting. Roast the Steaks: Place the baking sheet in the oven for roasting time <P> Step 5: Heat your cast-iron grill pan (or aluminum grill pan) to high heat with vegetable oil until the oil is smoking. Quickly put the steaks onto the grill. Cook for 1.5 – 2 minutes on one side (lifting the steak halfway to re-distribute the fat), and then flip and cook another 2 – 2.5 min on the other side. Ingredients. 2-rib-eye steaks (1 1/2 to 1 3/4 inches thick). Kosher salt and ground black pepper. 1 T vegetable oil. Step 1: Preheat oven to 275 degrees and adjust oven rack to middle position. Dry the steaks with a paper towel and cut the 16-oz steaks in half to make 2 8-oz steaks (still same thickness!). <P> 1 Cover with saran wrap and let marinade at room temperature for 30 minutes. 2 Preheat oven to 450°F Place steaks in shallow pan and place 1 Tb butter on each steak as well as beef broth, thyme and rosemary. 3 Roast until one side is browned/sizzled then turn over until other side is browned/sizzled. 1 Preheat oven to 450°F Place steaks in shallow pan and place 1 Tb butter on each steak as well as beef broth, thyme and rosemary. 2 Roast until one side is browned/sizzled then turn over until other side is browned/sizzled. 3 Leave a bit longer for well-done <P> Set a 14-inch saute pan over medium-high heat. Season the steaks with the salt and pepper. Add 1 tablespoon of the oil to the pan, and, once hot, place 2 of the steaks, fat side down, in the hot pan. Sear the steak until well caramelized and most of the fat has rendered, about 5 minutes. Turn the steak over and sear for 5 minutes on the other side <P> 1 Season the steak/s with black pepper, then allow the meat to sit at room temperature for 1 to 1-1/2 hours. 2 Preheat oven to 400 degrees F. 3 Heat the oil in a cast-iron skillet over medium-high heat or just until the oil begins to lightly smoke. | Place a 10-to-12-inch cast-iron skillet in the oven and heat the oven to 500 degrees F. Bring the steak to room temperature. When the oven reaches temperature, remove the skillet and place on the range over high heat for 5 minutes.Coat the steak lightly with oil and sprinkle both sides with a generous pinch of salt.Grind on black pepper. Immediately place the steak in the middle of the hot, dry skillet.Cook 30 seconds without moving. Turn with tongs and cook another 30 seconds, then put the pan straight into the oven for 2 minutes.lip the steak and cook for another 2 minutes. |
what does the name roz mean | <P> English names generally consist of a given name, middle name and family name. Many English speaking countries have fairly flexible naming laws. This allows the multicultural families that live in these countries to merge the naming conventions of their faiths or previous nationalities with their current homeland. Less than 5 boys were given the name. View the Roz Name Popularity Page to see how the popularity trend for Roz has changed since 1880, or to compare the popularity of Roz to other names. Roz is a diminutive (nickname) of Rosalind. <P> Name Meanings and History One of the things that all people and places have in common is (NAMES). Have you ever asked yourself, What does my name mean?. <P> Roz /roz/ [1 syll.] as a girls' name is of Old German and Latin derivation, and the meaning of the name Roz is gentle horse; horse protector; rose. Roz is a version of Rosalind (Old German). Roz is also a variation of Rosamond (Old German): also (Latin) pure rose. Roz is a rare first name for females but a somewhat popular last name for all people (#102691 out of 150436, Top 68%). (2000 U.S. Census). Popular variation forms of Roz (not in Top 1000) ranked in the Top 1000 are Rosalind, Rosamond, Rosina, Roslyn and Rozella. Forms like Rozelyn are uncommon <P> Roz is generally used as a girl's name. It consists of 3 letters and 1 syllable and is pronounced Roz. In the U.S. in 2014 less than 5 girls were given the name. Less than 5 boys were given the name. View the Roz Name Popularity Page to see how the popularity trend for Roz has changed since 1880, or to compare the popularity of Roz to other names. Roz is a diminutive (nickname) of Rosalind. <P> Here are pictures of people with the name Roz. Help us put a face to the name by uploading your pictures to BabyNames.com! <P> Roz was born in Bloomer, Wisconsin on May 5, 1964. Her mother Joanna (Eva Marie Saint) was a longtime politician there and serves as Attorney General. She has a sister, Denise, whom she resents for her supposedly perfect life. Roz also defends Niles when he has a nervous breakdown. Early in the fifth season, Roz discovers that she is pregnant with the child of a 20-year-old college student with whom she had a brief fling. By the end of the season, Roz gives birth to a girl, whom she names Alice. <P> Roz is mainly used in English and its language of origin is Germanic. Roz is a spelling variant of the English name Ros. Roz is also a shortening of the English name Rosalind. Roz is also a diminutive of the English name Rosalyn. Roz is also a shortening of the English name Rosamund. Roz is not popular as a baby girl name. It is not in the top 1000 names. <P> Meaning & History. Originally a Norman form of a Germanic name, which was composed of the elements hrod fame and heid kind, sort, type. The Normans introduced it to England in the forms Roese and Rohese. From an early date it was associated with the word for the fragrant flower rose (derived from Latin rosa). When the name was revived in the 19th century, it was probably with the flower in mind. <P> Rose /rose/ [1 syll.] as a girls' name is pronounced rohz. It is of Latin origin, and the meaning of Rose is rose . Flower name from rosa. The name, which the Normans brought to Britain in the 11th century, can also be traced to the Old German words hros meaning horse, or hrod meaning fame, renown. The flower meaning is possibly more valid, given the Christian symbolic meaning of the rose. The rosa mystica is the Virgin Mary. | Gentle horse |
what is colitis symptoms | <P> Ulcerative colitis symptoms can vary, depending on the severity of inflammation and where it occurs. Therefore, doctors often classify ulcerative colitis according to its location. You may have the following signs and symptoms, depending on which part of the colon is inflamed: 1 Diarrhea, often with blood or pus. 2 Abdominal pain and cramping. 3 Rectal pain. 4 Rectal bleeding — passing small amount of blood with stool. 5 Urgency to defecate <P> Inflammation of the large bowel is called colitis. It causes diarrhoea with mucus and blood and abdominal pain. It can be due to infective causes, antibiotic related or due to … ulcerative colitis which requires long term medication and sometimes surgery. 1 Natural Remedies for Healing Colitis Colitis is an autoimmune disease that causes inflammation of the colon and rectum. 2 It's characterized by diarrhea, abdominal pain, and blood and mucus appearing in stools. <P> 1 The cause of the inflammation in the colon is undetermined; for example, colitis may be applied to Crohn's disease at a time when the diagnosis is unknown, or. 2 The context is clear; for example, an individual with ulcerative colitis is talking about their disease with a physician who knows the diagnosis. The signs and symptoms of colitis are quite variable and dependent on the cause of the given colitis and factors that modify its course and severity. Symptoms of colitis may include: abdominal pain, loss of appetite, fatigue, bloody diarrhea, mucus in the stool, cramping, urgency and bloating. Signs may include: abdominal tenderness, weight loss, changes in bowel habits (increased frequency), fever, bleeding (overt or occult)/bloody stools, diarrhea, and distension <P> 1 Colitis is inflammation of the inner lining of the colon. 2 It may cause abdominal pain and diarrhea with or without blood. 3 Fever may be present. 4 There are numerous causes of colitis including infection, inflammatory bowel disease, ischemic, and microscopic colitis. Colitis facts. 1 Colitis is inflammation of the inner lining of the colon. 2 It may cause abdominal pain and diarrhea with or without blood. 3 Fever may be present. <P> Colitis ». Colitis is an inflammation of the colon. It may be associated with enteritis (inflammation of the intestine) and/or proctitis (inflammation of the rectum). Patient Comments Read 33 Comments Share Your Story. Colitis is a term used to describe inflammation of the colon. There are a variety of causes of colitis including infections, poor blood supply (ischemia), and autoimmune reactions. <P> on the extent of the inflammation. The symptoms associated with ulcerative colitis vary from person to person, depending on the severity of inflammation and where it occurs. Some of the symptoms include: 1 Abdominal pain / discomfort. 2 Blood or pus in stool. 3 Fever. 4 Weight loss. 5 Frequent diarrhea <P> Ulcerative colitis is an inflammation of the large intestine that causes diarrhea, abdominal pain, rectal bleeding and fever. Since there is no cure for the disease the aim of treatment is to cause a reduction of the unpleasant and painful signs and symptoms. | Abdominal pain, loss of appetite, fatigue, bloody diarrhea, mucus in the stool, cramping, urgency and bloating. |
what is a bluebonnet | <P> On March 7, 1901, the Twenty-seventh Texas Legislature adopted the bluebonnet, flower of the annual legume Lupinus subcarnosus, as the state flower. The flower's popular name derives from its resemblance to a sunbonnet. It has also been called buffalo clover, wolf flower, and, in Spanish, el conejo (the rabbit). <P> Named for its color and, it is said, the resemblance of its petal to a woman's sunbonnet, the bluebonnet is the state flower of Texas. It blooms in the early spring and can be readily found in fields and along the roadsides throughout central and south Texas. <P> Definition of BLUEBONNET. 1. a: a wide flat round cap of blue wool formerly worn in Scotland b: one that wears such a cap; specifically: scot. 2. : either of two low-growing annual lupines (Lupinus subcarnosus or L. texensis) of Texas with silky foliage and blue flowers. See bluebonnet defined for kids <P> On March 7, 1901, Lupinus subcarnosus became the only species of bluebonnet recognized as the state flower of Texas; however, Lupinus texensis emerged as the favorite of most Texans. So, in 1971, the Texas Legislature made any similar species of Lupinus that could be found in Texas the state flower. Species often called bluebonnets include: 1 Lupinus texensis, Texas bluebonnet or Texas lupine. 2 Lupinus havardii, Big Bend bluebonnet or Chisos bluebonnet. 3 Lupinus argenteus, silvery lupine. 4 Lupinus concinnus, Bajada lupine. <P> Indigenous to Texas, the bluebonnet was adopted as the state flower in 1901. It is a member of the legume family, genus Lupinus, and grows low to the ground, with stems sprouting conical clusters of tiny blue flowers that resemble prairie bonnets. <P> Blue bonnet or bluebonnet may refer to: 1 Blue Bonnet (brand) , a brand of margarine. 2 Bluebonnet (bird) an Australian parrot of the genus Northiella. 3 Bluebonnet (plant) , various lupin species. <P> How to Grow Bluebonnets. With a little patience, Central Texas gardeners can create a patch of bluebonnets in their own yards. Five species of Lupinus grow in Texas and all have been designated as the state flower. The most common species is Lupinus texensis, the Texas bluebonnet, which starts flowering in mid-March. <P> Bluebonnet at the Ivy Reservoir, Texas. Bluebonnet is a name given to any number of species of the genus Lupinus predominantly found in southwestern United States and is collectively the state flower of Texas. The shape of the petals on the flower resembles the bonnet worn by pioneer women to shield them from the sun. Species often called bluebonnets include: 1 Lupinus texensis, Texas bluebonnet or Texas lupine. 2 Lupinus havardii, Big Bend bluebonnet or Chisos bluebonnet. 3 Lupinus argenteus, silvery lupine. 4 Lupinus concinnus, Bajada lupine. <P> Bluebonnet. The bluebonnet is not only the state flower-Texas has also designated an official bluebonnet tartan, song, city (Ennis, Texas), festival (Chappell Hill Bluebonnet Festival), and trail (also in Ennis). The bluebonnet flower is named for the blue color and sunbonnet-shaped petals. The home of the bluebonnet (the North American prairie) is one of the most endangered ecosystems on earth. The grasslands of North America began to form about 20 million years ago, but in some areas up to 99 percent of the prairie has been destroyed (in just the last 125-150 years). | (In bird)An Australian parrot of the genus Northiella and
(In plant)various lupin species. |
best time to visit everest base camp | <P> Everest Base Camp Trek is a famous challenging trek in Khumbu, Nepal. For information on preparing for this trek, including when to go, what to bring, what permits are required, and safety precautions including altitude sickness, and water contamination, see Trekking in Nepal. Tourists can reach Tibet Everest Base Camp by flying to Lhasa. Afterwards rent a private car from Lhasa to Tingri(520km) along Sino-Nepal Friendship Highway, before turning south to Himalaya Natural Reserve about 100km to Everest Base Camp. <P> From Tibet [edit]. Tourists can reach Tibet Everest Base Camp by flying to Lhasa. Afterwards rent a private car from Lhasa to Tingri(520km) along Sino-Nepal Friendship Highway, before turning south to Himalaya Natural Reserve about 100km to Everest Base Camp. <P> When is the best time to trek to Everest base camp. Shew, ok, so we are not sure how many words we have to use in order to keep Google happy and get us better rankings. Maybe we should enlighten you with some more insightful trekking information. Maybe a good idea to explore when is the best time to trek to Everest Base Camp. Subliminally speaking, you do not want to book a trek to Everest base camp with us. No don’t do it. Trekking in the Himalaya and specifically to Everest base camp can be done today. <P> Best time to travel to Everest Base Camp. Last Updated:Mar 09, 2015 See More at https://plus.google.com/116038995136311146570/. Author: Catherine Go. Mt. Everest is reputed as the highest mountain in the world, but the height of this peak is decreasing day by day due to the global warming. The official height of the Everest is 8848.13 meters above sea level, but it is 8844.43 meters above sea level in 2005 according to the latest survey. To get a better understanding of the best time to go to Tibet, let’s see the below monthly temperature of Everest Base Camp in Tibet. Weather in the mountains is notoriously difficult to predict. At night it is generally cooler, while the days are generally warm. <P> Himalayan Trekking Seasons. so, this is the crucial part when looking at when is the best time to trek to Everest Base Camp. There is a strange mountain phenomenon called a monsoon. The Himalayas experience two distinct seasons. Namely, the ‘pre monsoon’ season and the ‘post monsoon’ season. Maybe a good idea to explore when is the best time to trek to Everest Base Camp. Subliminally speaking, you do not want to book a trek to Everest base camp with us. No don’t do it. Trekking in the Himalaya and specifically to Everest base camp can be done today. <P> The best time to travel to the Mt. Everest is from April to May and from September to November or we can say in spring and autumn. The Mount Everest is located at the border between Nepal and Tibet. Its northern part is located in Tingri County in southwestern Tibet. There are two Everest base camps on opposite sides of Mount Everest, namely South Everest Base Camp in Nepal and North Everest Base Camp in Tibet. To get a better understanding of the best time to go to Tibet, let’s see the below monthly temperature of Everest Base Camp in Tibet. Weather in the mountains is notoriously difficult to predict. At night it is generally cooler, while the days are generally warm. <P> Autumn is also the peak time for climbers, with many more climbers seeking to reach the summit than in the spring. Visitors who are interested in making the trek from Tingri to Everest Base Camp, the best time extends from mid-September to May, coinciding with the end of the monsoon season. By the end of September through December the weather tends to be relatively stable with mild to warm days and cold nights. Tibettravel.org ’s guide to Everest suggests that the best time to travel to see Mount Everest’s staggering snow-capped peaks is during spring and autumn, from April to May and from September to November. <P> At Everest Base Camp, climbers will often spend 4 - 8 weeks, acclimatizing to the altitude. During that time, the Icefall Doctors will set up ropes and ladders in the notoriously unstable Khumbu Icefall. Seracs, crevasses and shifting blocks of ice make the icefall one of the most dangerous sections of the route. Tourists can reach Tibet Everest Base Camp by flying to Lhasa. Afterwards rent a private car from Lhasa to Tingri(520km) along Sino-Nepal Friendship Highway, before turning south to Himalaya Natural Reserve about 100km to Everest Base Camp. <P> Located at the border between Nepal and Tibet, the northern part of Mount Everest is located in Tingri County in southwestern Tibet. There are two Everest base camps on opposite sides of Mount Everest, namely South Everest Base Camp in Nepal and North Everest Base Camp in Tibet. Tibettravel.org ’s guide to Everest suggests that the best time to travel to see Mount Everest’s staggering snow-capped peaks is during spring and autumn, from April to May and from September to November. | The best time to travel to the Mt. Everest is from April to May and from September to November or we can say in spring and autumn. |
what is another name for atrioventricular valve | <P> There are two Atrioventricular Valves in the heart. The first one, on the right side of the heart, is called the Tricuspid Valve (it has three 'flaps'). On the left side, the Atrioventricular Valve is called the Bicuspid or Mitral Valve (it has two 'flaps'). <P> Confidence votes 29. There are two Atrioventricular Valves in the heart. The first one, on the right side of the heart, is called the Tricuspid Valve (it has three 'flaps'). On the left side, the Atrioventricular Valve is called the Bicuspid or Mitral Valve (it has two 'flaps'). <P> 1. left atrioventricular valve-valve with two cusps; situated between the left atrium and the left ventricle. bicuspid valve, mitral valve. atrioventricular valve-either of two heart valves through which blood flows from the atria to the ventricles; prevents return of blood to the atrium. 1 Facebook. <P> The atrioventricular valves (AV valves), which separate the atria from the ventricles, allow blood to flow from the atria to the ventricles, but prevent flow in the opposite direction. The right AV valves is called the tricuspid valve. The left AV valve is called the mitral valve. <P> The valve between the left ventricle and aorta is called the aortic valve and the valve between the pulmonary artery and right ventricle is called the pulmonary valve. The heart has two types of valves: the atrioventricular (AV) and semilunar. <P> The mitral valve is also called the bicuspid valve and the left atrioventricular valve. As the name bicuspid valve may suggest, the mitral valve is considered to have two primary leaflets: the anterior and posterior leaflets. | Bicuspid or Mitral Valve. |
what is human based management | <P> HRMS also refers to the integration of human resource management and information technology to automate and facilitate human resource activities. The general notion of an HRMS helps small-business managers craft suitable human resource systems based on their field of business and business growth stage. In a broad definition, a human resource management system, or HRMS, encompasses the highest level of human resource management activities. It is a program of multiple human resource policies that are internally consistent in relation to a human resource objective. <P> Competency-based human resources planning serves as a link between human resources management and the overall strategic plan of an organization. Competencies are defined as observable abilities, skills, knowledge, motivations or traits defined in terms of the behaviours needed for successful job performance. <P> Human resource management (HRM, or simply HR) is a function in organizations designed to maximize employee performance in service of an employer's strategic objectives. HR is primarily concerned with the management of people within organizations, focusing on policies and on systems. There are a number of professional associations, some of which offer training and certification. The Society for Human Resource Management, which is based in the United States, is the largest professional association dedicated to HR, with over 250,000 members in 140 countries. It offers a suite of Professional in Human Resources (PHR) certifications through its HR Certification Institute <P> Value-Based Management respects the dignity of all forms of productive work and recognizes that, regardless of a person's function or role in the company, we are all workers.The economic purpose of Value-Based Management is to help empower people and raise their human dignity and quality of life. A comprehensive approach developed by CESJ is called Value-Based Management (VBM)--a business philosophy and management system for competing effectively in today's global marketplace, centered around the inherent value and dignity of every person. <P> Human Resources and the Resource Based View of the Firm Abstract The resource-based view (RBV) of the firm has influenced the field of strategic human resource management(SHRM) in a number of ways. This paper explores the impact of the RBV on the theoretical and empiricaldevelopment of SHRM. HR and the Resource Based View of the Firm CAHRS WP 01-03 Page 3 Abstract The resource-based view (RBV) of the firm has influenced the field of strategic human resource management <P> Human resources are the people who work for the organization; human resource management is really employee management with an emphasis on those employees as assets of the business. In this context, employees are sometimes referred to as human capital. Human resource management (HRM) is the governance of an organization’s employees. <P> Human Resource Management (HRM) is the term used to describe formal systems devised for the management of people within an organization. The responsibilities of a human resource manager fall into three major areas: staffing, employee compensation and benefits, and defining/designing work. A small business's human resource management needs are not of the same size or complexity of those of a large firm. Nonetheless, even a business that carries only two or three employees faces important personnel management issues. <P> Strategic Human Resource Management 2012 - Assignment 1 Topic 2: The Resource Based View of the firm is the dominant theory in strategic HRM. Critically discuss its contribution in the explanation of the proposed link between HRM strategy design and organisation performance. Resource Based View (RBV)... Why the human resource management is important in small-medium Entrepreneur in UK Introduction The article analyzes the way of HRM practice in small-medium enterprises(SMEs) and the reason why it is important element for SMEs. <P> Answers. Best Answer: Human Resource Management (HRM) is based on the notion that employees are individuals with diverse sets of aspirations and needs, and as such should not be treated as expendable business resources, such as computers or copy machines. | Competency-based human resources planning serves as a link between human resources management and the overall strategic plan of an organization.Competencies are defined as observable abilities, skills, knowledge, motivations or traits defined in terms of the behaviours needed for successful job performance. |
escitalopram geriatric dose | <P> The rate of discontinuation for adverse events in patients assigned to a fixed dose of 20 mg/day Lexapro was 10%, which was significantly different from the rate of discontinuation for adverse events in patients receiving 10 mg/day Lexapro (4%) and placebo (3%). The recommended dose of Lexapro is 10 mg once daily. A fixed-dose trial of Lexapro demonstrated the effectiveness of both 10 mg and 20 mg of Lexapro, but failed to demonstrate a greater benefit of 20 mg over 10 mg (see Clinical Studies). <P> Individual doses of Lexapro can range from 10 mg to 20 mg once a day. For elderly people or people with liver problems, the maximum dose is 10 mg once daily. Dosing Recommendations for Lexapro. The recommended starting dose of Lexapro for adults or adolescents (age 12 to 17 years old) with depression or adults with generalized anxiety disorder is 10 mg once a day. Your healthcare provider may choose to increase the dose if symptoms continue, or decrease it if side effects occur <P> For both citalopram and escitalopram, elderly patients have a higher exposure due to age-related decline in metabolism and elimination. The maximum dose of both medicines has therefore been restricted in patients older than 65 years. Citalopram and escitalopram may have an additive effect to other drugs that prolong the QT interval. Coadministration of citalopram and escitalopram with medicines that prolong the QT interval is therefore contraindicated. These include: 1 class IA and III antiarrhythmics (eg, amiodarone, dronedarone, quinidine). <P> Geriatric Use. Approximately 6% of the 1144 patients receiving escitalopram in controlled trials of Lexapro in major depressive disorder and GAD were 60 years of age or older; elderly patients in these trials received daily doses of Lexapro between 10 and 20 mg. Escitalopram is excreted in human breast milk. Limited data from women taking 10-20 mg escitalopram showed that exclusively breast-fed infants receive approximately 3.9% of the maternal weight-adjusted dose of escitalopram and 1.7% of the maternal weight-adjusted dose of desmethylcitalopram. <P> Special Populations. 10 mg/day is the recommended dose for most elderly patients and patients with hepatic impairment. No dosage adjustment is necessary for patients with mild or moderate renal impairment. Lexapro should be used with caution in patients with severe renal impairment. Initial Treatment. Adolescents. The recommended dose of Lexapro is 10 mg once daily. A flexible-dose trial of Lexapro (10 to 20 mg/day) demonstrated the effectiveness of Lexapro [see Clinical Studies ]. If the dose is increased to 20 mg, this should occur after a minimum of three weeks. Adults <P> The single-and multiple-dose pharmacokinetics of escitalopram are linear and dose-proportional in a dose range of 10 to 30 mg/day. Biotransformation of escitalopram is mainly hepatic, with a mean terminal half-life of about 27-32 hours. The recommended dose of Lexapro is 10 mg once daily. A fixed-dose trial of Lexapro demonstrated the effectiveness of both 10 mg and 20 mg of Lexapro, but failed to demonstrate a greater benefit of 20 mg over 10 mg (see Clinical Studies). <P> The dosage range for depression for citalopram is 20-40 mg/day, this is according to the new FDA recommendations. Previously, the dosage was 20-60 mg/day. For escitalopram the range is 10-20 mg day. When treating elderly patients, the dose of citalopram is reduced to a range of 10-20 mg/day. For escitalopram, the dose should be from 5 to 10 mg/day. Regarding dosage forms, both drugs are available as tablets and capsules. Citalopram is available as 10 mg, 20 mg scored and 40 mg scored tablets <P> For people who are taking Lexapro for the treatment of depression or generalized anxiety disorder, dosage recommendations typically range from 10 mg to 20 mg once a day. Dosing Recommendations for Lexapro. The recommended starting dose of Lexapro for adults or adolescents (age 12 to 17 years old) with depression or adults with generalized anxiety disorder is 10 mg once a day. Your healthcare provider may choose to increase the dose if symptoms continue, or decrease it if side effects occur | 10 and 20 mg |
what does lingual lipase mean | <P> The lingual lipase is secreted in the buccal cavity, by the Ebner’s glands, which are located on the tongue. They help to break down saturated fatty acids and in essence, help greatly with the digestion process. This is how the lingual lipase breaks down triglycerides to form diglycerides and free fatty acids. In the end, we have a diglyceride and a free fatty acid, along with a small amount of monoacyglyceride, which also plays a crucial role in breaking food down. <P> Types Of Lipase Enzyme. Lipases are of two categories preduodenal and pancreatic lipase. Lingual lipase is preduodenal lipase, the other being gastric lipase. Lingual lipase is secreted in the buccal cavity by the Ebner’s gland situated on the tongue. Lipase is a water soluble enzyme that primarily breaks down fats and converts them to free fatty acids, monoglycerides and diglycerides. They play an important role in food digestion. You may be aware of the commonest lipase enzyme called pancreatic lipase used for the breakdown of fats we eat in the food. <P> This test measures the amount of lipase in your blood. Lipase is an enzyme that is made by your pancreas. It helps your body digest fats. Higher levels of lipase may mean you have a problem with your pancreas. Most often this means acute pancreatitis, or sudden inflammation of the pancreas. If your blood has 3 to 10 times the normal level of lipase, then it's likely that you have acute pancreatitis. High lipase levels also mean you may have kidney failure, cirrhosis, or a bowel problem. <P> A high lipase level in the blood may indicate the presence of a condition affecting the pancreas. In acute pancreatitis, lipase levels are frequently very high, often 5 to 10 times higher than the highest reference value (often called the upper limit of normal). Lipase concentrations typically rise within 4 to 8 hours of an acute pancreatic attack and remain elevated for up to 7 to 14 days. <P> Lingual lipase is a member of lipases, which, as you know by now, is a group of digestive enzymes. It belongs to the category of preduodenal lipases. Gastric lipase is the other member of this category. Lingual lipase breaks down short chain saturated fatty acids and helps in their digestion. It is one of the key components that aid the digestion of milk fat in newborns. It can penetrate into the milk fat globule, which makes this lipase vital to the digestive process of milk fat in newborn babies <P> What is lingual lipase Save this for later. 1. Introduction to lingual lipase. Lipases are enzymes that are water-soluble and perform actions as a catalyst for the hydrolysis reaction of chemical bonds in lipid substrates. This is how the lingual lipase breaks down triglycerides to form diglycerides and free fatty acids. In the end, we have a diglyceride and a free fatty acid, along with a small amount of monoacyglyceride, which also plays a crucial role in breaking food down. <P> From Wikipedia, the free encyclopedia. Lingual lipase is a member of a family of digestive enzymes called lipases, EC 3.1.1.3, that use the catalytic triad of aspartate, histidine, and serine to hydrolyze long-chain triglycerides into partial glycerides and free fatty acids. In the uterus, the fetus is dependent on a high-carbohydrate diet, and lingual as well as gastric lipases are present in the fetus from 26 weeks of gestation on. After birth, fat in mother's milk or a milk substitute Furthermore, milk fat is not a good substrate for pancreatic lipase. <P> Before introducing you to what lingual lipase is and what it does, let me tell you what lipase is. Lipases are water-soluble enzymes that act as catalysts in the hydrolysis reaction of ester chemical bonds in water-insoluble lipid substrates. Lingual lipase breaks down short chain saturated fatty acids and helps in their digestion. It is one of the key components that aid the digestion of milk fat in newborns. It can penetrate into the milk fat globule, which makes this lipase vital to the digestive process of milk fat in newborn babi <P> Lingual lipase uses a catalytic triad consisting of aspartatic acid-203 (Asp), histidine-257 (His), and serine-144 (Ser), to initiate the hydrolysis of a triglyceride into a diacylglyceride and a free fatty acid. First, there is a series of deprotonations that make the serine a better nucleophile. In the uterus, the fetus is dependent on a high-carbohydrate diet, and lingual as well as gastric lipases are present in the fetus from 26 weeks of gestation on. After birth, fat in mother's milk or a milk substitute Furthermore, milk fat is not a good substrate for pancreatic lipase. | Lingual lipase is a member of a family of digestive enzymes called lipases, EC 3.1.1.3, that use the catalytic triad of aspartate, histidine, and serine to hydrolyze long-chain triglycerides into partial glycerides and free fatty acids.n the uterus, the fetus is dependent on a high-carbohydrate diet, and lingual as well as gastric lipases are present in the fetus from 26 weeks of gestation on. |
what does impaired glucose mean | <P> Impaired glucose tolerance: A transition phase between normal glucose tolerance and diabetes, also referred to as prediabetes. In impaired glucose tolerance (IGT), the levels of blood glucose are between normal and diabetic. People with IGT do not have diabetes. <P> Impaired fasting glucose is defined as a fasting glucose that is higher than the upper limit of normal, but not high enough to be classified as diabetes mellitus. Some patients with impaired fasting glucose can also be diagnosed with impaired glucose tolerance, but many have normal responses to a glucose tolerance test. Fasting blood glucose levels are in a continuum within a given population, with higher fasting glucose levels corresponding to a higher risk for complications caused by the high glucose levels. <P> Impaired fasting glucose (IFG), more commonly known as pre-diabetes refers to a condition in which the fasting blood glucose level is consistently elevated above what is considered normal levels; however, it is not high enough to be diagnosed as diabetes mellitus. Fasting blood glucose levels are in a continuum within a given population, with higher fasting glucose levels corresponding to a higher risk for complications caused by the high glucose levels. <P> Impaired Glucose Tolerance. Impaired Glucose Tolerance means that blood glucose is raised beyond normal levels. Impaired glucose tolerance means that blood glucose is raised beyond normal levels, but not high enough to warrant a diabetes diagnosis. With impaired glucose tolerance you face a much greater risk of developing diabetes and cardiovascular disease. <P> Impaired fasting glycemia occurs when blood glucose levels in the body are elevated during periods of fasting, but not enough to prompt a diagnosis of diabetes. Effectively, a person with impaired fasting glycemia isn’t able to process glucose as efficiently as they should be able to. Impaired fasting glycemia (IFG) means that the body cannot regulate glucose as efficiently as it should be able to. Glucose is usually carried around the body where it is absorbed and made into energy. Insulin regulates the concentration of glucose in the blood. <P> Impaired glucose tolerance (IGT) is a pre-diabetic state of hyperglycemia that is associated with insulin resistance and increased risk of cardiovascular pathology. IGT may precede type 2 diabetes mellitus by many years. IGT is also a risk factor for mortality. <P> This pre-diabetic state is associated with insulin resistance and increased risk of cardiovascular pathology, although of lesser risk than impaired glucose tolerance (IGT). IFG can progress to type 2 diabetes mellitus if lifestyle changes are not made. There is a 50% risk over 10 years of progressing to overt diabetes. Fasting blood glucose levels are in a continuum within a given population, with higher fasting glucose levels corresponding to a higher risk for complications caused by the high glucose levels. <P> Impaired glucose tolerance: Introduction. Prediabetes is a condition that is marked by high blood sugar levels. IN prediabetes, blood sugar levels, also called glucose levels, are higher than normal, but not considered high enough to qualify as type 2 diabetes. <P> Impaired glucose tolerance: Impaired Glucose Tolerance (IGT) means you have some problems with your sugar processing, but you don't (yet) have full diabetes. It is almost a pre-diabetes disease and seems very similar to a very mild form of Type 2 diabetes. Prediabetes is a condition that is marked by high blood sugar levels. IN prediabetes, blood sugar levels, also called glucose levels, are higher than normal, but not considered high enough to qualify as t <P> Impaired glucose tolerance is defined as two-hour glucose levels of 140 to 199 mg per dL (7.8 to 11.0 mmol) on the 75-g oral glucose tolerance test, and impaired fasting glucose is defined as glucose levels of 100 to 125 mg per dL (5.6 to 6.9 mmol per L) in fasting patients. When the diagnosis of impaired glucose tolerance or impaired fasting glucose is made, physicians should counsel patients to lose 5 to 7 percent of their body weight and engage in moderate physical activity for at least 150 minutes per week. | Impaired glucose tolerance (IGT) is a pre-diabetic state of hyperglycemia that is associated with insulin resistance and increased risk of cardiovascular pathology. |
what does star mean | <P> 1. indicating the most important performer or role. Familiarity information: STAR used as an adjective is very rare. • STAR (verb). The verb STAR has 3 senses: 1. feature as the star. 2. be the star in a performance. 3. mark with an asterisk. Familiarity information: STAR used as a verb is uncommon. red dwarf; red dwarf star (a small cool star; approximately 100 times the mass of Jupiter). red giant; red giant star (a large cool star; has a relatively low surface temperature and a diameter large relative to the sun). variable; variable star (a star that varies noticeably in brightness). <P> The star and crescent appear, used in combination, in and around ancient Israel. It has been associated with the Moabites (14th or early 13th – 6th century BC), as the symbol or symbols appear on what are thought to be Moabite name seals. […] Ma and Mithras are two other deities with whom the star and crescent symbol are associated. Olshausen believed that the star and crescent could be related to a syncretism of Pontic and Iranian iconography: the crescent for Men and the star for Ahura Mazda. <P> View the Star Name Popularity Page to see how the popularity trend for Star has changed since 1880, or to compare the popularity of Star to other names. The name Starla is a form of Star. Star falls into the name categories celestial, cool. English names generally consist of a given name, middle name and family name. Many English speaking countries have fairly flexible naming laws. This allows the multicultural families that live in these countries to merge the naming conventions of their faiths or previous nationalities with their current homeland. <P> Star is generally used as a girl's name. It consists of 4 letters and 1 syllable and is pronounced Star. In the U.S. in 2014, it ranked 1904 in baby name popularity for girls with 105 occurrences. English names generally consist of a given name, middle name and family name. Many English speaking countries have fairly flexible naming laws. This allows the multicultural families that live in these countries to merge the naming conventions of their faiths or previous nationalities with their current homeland. <P> The signification of stars is the knowledges of good and truth. That stars have this signification in the Word is because they are small luminaries which shine at night, when they give forth into our atmosphere gleams of light, just as knowledges give forth gleams of good and truth. [8] As stars signify the knowledges of good and truth, they signify also the doctrinals of the church, for these are knowledges. The doctrinal respecting faith separate from charity in the last times, is thus described by a star in the Revelation : <P> A pentagram (sometimes known as a pentalpha or pentangle or a star pentagon) is the shape of a five-pointed star drawn with five straight strokes. The word pentagram comes from the Greek word πεντάγραμμον (pentagrammon), from πέντε (pente), five + γραμμή (grammē), line. The word pentacle is sometimes used synonymously with pentagram. The word pentalpha is a learned modern (17th-century) revival of a post-classical Greek name of the shape. The pentagram contains ten points (the five points of the star, and the five vertices of the inner pentagon) and fifteen line segments. It is represented by the Schlaefli schläfli {symbol/5}. 2 <P> The noun STAR has 8 senses: 1. (astronomy) a celestial body of hot gases that radiates energy derived from thermonuclear reactions in the interior. 2. someone who is dazzlingly skilled in any field. 3. any celestial body visible (as a point of light) from the Earth at night. 4. a plane figure with 5 or more points; often used as an emblem. red dwarf; red dwarf star (a small cool star; approximately 100 times the mass of Jupiter). red giant; red giant star (a large cool star; has a relatively low surface temperature and a diameter large relative to the sun). variable; variable star (a star that varies noticeably in brightness). <P> 7. a star-shaped character * used in printing. 8. the topology of a network whose components are connected to a hub. Familiarity information: STAR used as a noun is common. red dwarf; red dwarf star (a small cool star; approximately 100 times the mass of Jupiter). red giant; red giant star (a large cool star; has a relatively low surface temperature and a diameter large relative to the sun). variable; variable star (a star that varies noticeably in brightness). <P> Star /star/ [1 syll.] as a girls' name is of English derivation. Star is an alternate spelling of Starla (English): astronomical name based on star. Stair is a familiar surname. Kreatif forms: Sastar, Starri, Starsa. Star is a very popular first name for women (#1890 out of 4276, Top 44%) and also a very popular surname for both adults and children (#15061 out of 150436, Top 10%). <P> star (noun). (astronomy) a celestial body of hot gases that radiates energy derived from thermonuclear reactions in the interior. ace, adept, champion, sensation, maven, mavin, virtuoso, genius, hotshot, star, superstar, whiz, whizz, wizard, wiz (noun). someone who is dazzlingly skilled in any field. Wiktionary (0.00 / 0 votes) Rate this definition: star (Noun). Any small luminous dot appearing in the cloudless portion of the night sky, especially with a fixed location relative to other such dots. | It means the knowledges of good and truth |
how much does a house stager cost | <P> 1 A home that is completely empty can cost anywhere from $4,500 to as much as $8,000. 2 According to Saratoga.com, the cost of a stager can range anywhere from $200 for a basic consultation to as much as $7,000 for an unoccupied home. <P> Most professional home stagers are willing to do as much or as little of your home staging as you want. In the Saratoga and Albany areas, professional home stagers will do a consultation that should cost between $200 and $500, depending on the size of the home. <P> This means that a homeowner who dedicates $3000 to a home staging project, and who sells their home for $500k, will have earned $15000 for their effort. Clearly, this indicates that such a project is well worth the expense. <P> 1 For a full-service staging service that will covers the entire home will normally cost anywhere from $3,000 to $6,500 for an occupied home. 2 This is going to greatly depend on the size of the home, but if your home is between 1,200 and 2,400 square feet, this should be a great estimate to use for planning. <P> 1 A two-hour consultation with a home staging professional typically costs $200-$500. 2 For example, Lime Design in Central Oregon offers staging for $250 for a 2,000-square-foot home, $300 for a 3,000-square-foot home and $350 for a 4,000-square-foot home. <P> The cost for a home staging analysis and report can range from $100 to $400, depending on location. Stage to Sell prices the staging of a vacant home between $3,500 and $10,000, depending on the size of the home and the length of contract. <P> The costs associated with working with a professional home stager will vary widely and can begin as low as $150 for a consultation, and range well above $6000 for a massive undertaking. Stagers may charge by the hour, while others request a flat fee. <P> Other stagers rent furniture for staging. For a 3 bedroom 2 bathroom house of approximately 1,500 square feet, I generally pay about $2,000 to have the home staged, with the stager's furniture or rented furniture. For larger homes, the cost can be $5,000 or more. <P> 1 A complete home staging, including all supplies and the stager's fee, costs about $1,800-$8,000, depending on the home's size and the region where it is located. 2 Furniture rental company CORT offers home staging for $3,500-$7,500. | low as $150 for a consultation, and range well above $600 . |
what is beef goulash | <P> Goulash (Hungarian: gulyas) gulyás is a soup or stew of meat and, vegetables seasoned with paprika and other. spices Originally a dish of seasoned beef, core ingredients of American goulash now usually include elbow macaroni, cubed steak, ground beef or hamburger, and tomatoes in some form, whether canned whole, as tomato sauce, tomato soup, and/or tomato paste. In some areas it is called Slumgullion. <P> 1 In a medium bowl, combine paprika, 2 teaspoons salt and pepper. 2 Coat beef cubes in spice mixture, and cook in onion pot until brown on all sides. 3 Return the onions to the pot, and pour in tomato paste, water, garlic and the remaining 1 teaspoon salt. <P> Return beef to pan. Add the tomato, caraway seeds, and bay leaves; cook 3 minutes. Add 1/2 teaspoon salt, 1/4 teaspoon pepper, 1/2 cup water, and broth; bring to a boil. Cover, reduce heat, and simmer 1 hour and 45 minutes. Dredge beef in flour; sprinkle with 1/2 teaspoon salt and 1/4 teaspoon pepper. Melt butter in a Dutch oven over medium-high heat. Add beef; cook 8 minutes, browning on all sides. <P> Directions. 1 Dredge beef in flour; sprinkle with 1/2 teaspoon salt and 1/4 teaspoon pepper. 2 Melt butter in a Dutch oven over medium-high heat. 3 Add beef; cook 8 minutes, browning on all sides. 4 Remove beef from pan. 5 Add onion and garlic to pan; saute sauté 10 minutes or until lightly. browned 1 Melt butter in a Dutch oven over medium-high heat. 2 Add beef; cook 8 minutes, browning on all sides. 3 Remove beef from pan. 4 Add onion and garlic to pan; saute sauté 10 minutes or until lightly. 5 Browned stir in paprika and; vinegar cook for 2. 6 Minutes return beef to. 7 Pan add the tomato and bay; leaves cook 3. minutes <P> Czech beef goulash being cooked. Goulash (Hungarian: gulyas) gulyás is a soup or stew of meat and, vegetables seasoned with paprika and other. Spices originating from the Medieval kingdom Of, hungary goulash is also a popular meal In Central, Europe scandinavia And Southern. europe Originally a dish of seasoned beef, core ingredients of American goulash now usually include elbow macaroni, cubed steak, ground beef or hamburger, and tomatoes in some form, whether canned whole, as tomato sauce, tomato soup, and/or tomato paste. In some areas it is called Slumgullion. <P> 1 Dredge beef in flour; sprinkle with 1/2 teaspoon salt and 1/4 teaspoon pepper. 2 Melt butter in a Dutch oven over medium-high heat. 3 Add beef; cook 8 minutes, browning on all sides. 4 Remove beef from pan. 5 Add onion and garlic to pan; saute sauté 10 minutes or until lightly. 6 Browned stir in paprika and; vinegar cook for 2. minutes 1 Melt butter in a Dutch oven over medium-high heat. 2 Add beef; cook 8 minutes, browning on all sides. 3 Remove beef from pan. 4 Add onion and garlic to pan; saute sauté 10 minutes or until lightly. 5 Browned stir in paprika and; vinegar cook for 2. 6 Minutes return beef to. 7 Pan add the tomato and bay; leaves cook 3. minutes <P> Goulash is a rustic stew or soup made made with beef and vegetables, and usually seasoned with paprika. Goulash originates in Hungary and in many variations remains a popular recipe throughout Eastern Europe. Goulash can also be made with veal, pork or lamb in addition to beef. Although it has many variations, goulash is a simple dish. While goulash ingredients can include parsnips, carrots or tomatoes, goulash can really be made from nothing but beef, onions and paprika. Some goulash recipes include caraway seeds and garlic. <P> 1 Add in the tomatoes, white wine and beef stock. 2 Cover and bake in the oven for 1 hour 30 minutes. 3 Alternatively, cover and cook it on the hob on a gentle heat for about an hour, removing the lid after 45 minutes. 4 Sprinkle over the parsley and season well with salt and freshly ground pepper. 1 Cook, stirring, for 2 minutes. 2 Add in the tomatoes, white wine and beef stock. 3 Cover and bake in the oven for 1 hour 30 minutes. 4 | It is a rustic stew or soup made made with beef. |
why do i get an error inserting attachments in windows live mail | <P> 1 Create a new message using HTML formatting in Windows Live Mail, Windows Mail or Outlook Express. 2 Put the cursor where you want to include the image in the body of your message. 3 Select Insert | Image | Inline… (Windows Live Mail) or Insert | Picture... ( 4 Windows Mail and Outlook Express) from the menu. 1 Put the cursor where you want to include the image in the body of your message. 2 Select Insert | Image | Inline… (Windows Live Mail) or Insert | Picture... ( 3 Windows Mail and Outlook Express) from the menu. 4 In Windows Live Mail, you may have to hold down the Alt key to see the menu. <P> Sorry to hear that the program closes when you try to attach something in Windows Live Mail. It is most likely that this is due to Windows Live Mail related files that became corrupted. To isolate the issue, we would like you to repair the program. 1. Click Start and on the Search box, type AppWiz.cpl and then Enter. 2. <P> Send a File as an Attachment with Windows Live Mail, Windows Mail or Outlook Express. To send a file attached to an email with Windows Live Mail, Windows Mail or Outlook Express: 1 Create a new message. 2 Click the Attach button. 3 Find and highlight the desired file in the Open or Insert Attachment dialog. <P> To attach a photo using Windows Live Mail: 1 Click New to create a new message. 2 Fill in the To and Subject lines and type your message. 3 Click Attach and in the Open dialog box browse for the photo you want to send, then click Open. 4 To attach multiple files, use Ctrl-click to select each of them. To attach a photo using Outlook Express: 1 Click Create Mail to open a New Message window. 2 Fill in the To and Subject lines and type in your message. 3 Click the Attach button, locate the file in the Insert Attachment box and click Attach. 4 Use Ctrl-click to select multiple files. <P> To create a photo email in Windows Live Mail: 1 Make sure you’re signed in to your Windows Live account. 2 Click New to create a new message. 3 Fill in the To and Subject lines and type your message. 4 Click the Add Photos button to display the Add Photos dialog box. To attach a photo using Outlook Express: 1 Click Create Mail to open a New Message window. 2 Fill in the To and Subject lines and type in your message. 3 Click the Attach button, locate the file in the Insert Attachment box and click Attach. 4 Use Ctrl-click to select multiple files. <P> Attach a file to a message. On the File menu, click New, and then click Mail Message. On the Message tab, in the Include group, click Attach File. In the Insert File dialog box, browse to and select the file that you want to attach, and then click Insert. You can attach items and other messages to a new message: On the File menu, click New, and then click Mail Message. On the Message tab, in the Include group, click Attach Item. In the Look in list, click the folder that contains the item that you want to attach. <P> To attach a photo using Outlook Express: 1 Click Create Mail to open a New Message window. 2 Fill in the To and Subject lines and type in your message. 3 Click the Attach button, locate the file in the Insert Attachment box and click Attach. 4 Click Send. To attach a photo using Outlook Express: 1 Click Create Mail to open a New Message window. 2 Fill in the To and Subject lines and type in your message. 3 Click the Attach button, locate the file in the Insert Attachment box and click Attach. 4 Use Ctrl-click to select multiple files. <P> Can'r send photos in Windows Live Mail. by SteveyV / June 14, 2012 5:29 AM PDT. My Windows Live Mail program will not send my photo email attachments. I get error messages, emails dumped into the outbox, and other crazy stuff. Either as attachments or using their photo album. <P> When you insert attachments into Outlook.com email messages, you can either add the attachment as an attachment or link to a file in your SkyDrive account. Images can be inserted inline so they display in the message, or attached as files. These options are in the Insert menu in the button bar at the top of the window. When you insert a File as an attachment, it's added to the message between the subject and message body, with large icons displayed. You can read your email using either a browser and log into outlook.com or you can set it up in outlook, thunderbird, the windows mail app or others. I can either use the Insert button http://screencast.com/t/z1Y9yxFRQcN. or drag and drop anywhere on the outlook.com new message. http://screencast.com/t/0HFOIEqzQ. | I get error messages, emails dumped into the outbox, and other crazy stuff.Either as attachments or using their photo album.an'r send photos in Windows Live Mail |
types of lacerations wounds | <P> Causes and Types of Wounds. Depending on the healing time of a wound, it can be classified as acute or chronic. Those classified as acute wounds heal uneventfully (with no complications) in the predicted amount of time. Those classified as chronic wounds take a longer time to heal and might have some complications. Most of us are likely to sustain different types of wounds throughout life as we participate in daily activities. Many minor wounds result in damaged skin cells that lose their function and need time and simple treatment to heal. <P> Lacerations are caused when an object strikes the skin and causes a wound to open. Depending on a variety of characteristics (angle, force, depth, object), some lacerations can be more serious than others, reaching as far as deep tissue and leading to serious bleeding. Cut laceration: The most common type of laceration, a cut occurs when any type of blade (knife, ax, scissors, etc.) comes into contact with the skin, causing a break of the skin and possibly the underlying tissue. <P> Types of Trauma Wounds. Trauma wounds are classified as: Abrasions: Injuries caused by something that rubs or scrapes against the skin. Scraping your knee after falling off a bike is an example of an abrasion. Lacerations: Wounds that are produced by the tearing of body tissue. This type of wound can be a tear that is jagged, torn or irregular. A bone fracture that breaks the skin can be classified as a laceration. A laceration is often contaminated with bacteria or debris from whatever caused the cut or tear <P> 1 The skin is a barrier to the outside world protecting the body from infection, radiation, and extremes of temperature. 2 There are many types of wounds that can damage the skin including abrasions, lacerations, rupture injuries, punctures, and penetrating wounds. Wound Care Facts. 1 The skin is a barrier to the outside world protecting the body from infection, radiation, and extremes of temperature. 2 There are many types of wounds that can damage the skin including abrasions, lacerations, rupture injuries, punctures, and penetrating wounds. <P> 1 There are many types of wounds that can damage the skin including abrasions, lacerations, rupture injuries, punctures, and penetrating wounds. 2 Many wounds are superficial requiring local first aid including cleansing and dressing. Wound Care Facts. 1 The skin is a barrier to the outside world protecting the body from infection, radiation, and extremes of temperature. 2 There are many types of wounds that can damage the skin including abrasions, lacerations, rupture injuries, punctures, and penetrating wounds. <P> Lacerations. A laceration is an injury that results in an irregular break in the skin, more commonly referred to as a cut, but defined as a torn and ragged wound. There are five general types of lacerations: Split laceration: This type of wound is caused when part of the body is crushed between two objects. Cut laceration: The most common type of laceration, a cut occurs when any type of blade (knife, ax, scissors, etc.) comes into contact with the skin, causing a break of the skin and possibly the underlying tissue. <P> Open wounds can be classified according to the object that caused the wound. The types of open wound are: 1 Incisions or incised wounds, caused by a clean, sharp-edged object such as a knife, razor, or glass splinter. 2 Lacerations, irregular tear-like wounds caused by some blunt trauma. 3 Lacerations and incisions may appear linear (regular) or stellate (irregular). 1 contaminated wound, where the wound is as a result of accidental injury where there are pathogenic organisms and foreign bodies in the wound. 2 infected wound, where the wound has pathogenic organisms present and multiplying showing clinical signs of infection, where it looks yellow, oozing pus, having pain and redness. | A laceration is an irregular break in the skin,a cut, a torn and ragged wound. |
how much height will male lab grow | <P> The size of your dog is easier to estimate if you've seen the dog's mother and father. The American Kennel Club standards for an ideal full-grown lab declare that a male dog's height at the withers is between 22.5 and 24.5 inches, and a female dog's at 21.5 to 23.5 inches. The approximate weight of a male, the AKC asserts, ranges between 65 and 80 pounds; female dogs weigh 55 to 70 pounds. While much depends on the individual dog, labs reach full size by the age of 18 months. By this point, he's added weight, but it's not fat. Regular exercise helps develop the bone and muscle that pack on pounds by this late stage. <P> (He was weighed at the vet. when he was getting his microchip, so I know his weight is accurate). When I told my buddies they said that I'm going to have a huge dog because labs are half their weight and height at 6 months. Right now my dog is putting on between 1.6-2.3 lbs. per week. So if I do the math 4 wks x 2 lbs/week = 8 lbs. 8 + 49 = 57 57 x 2 = 114 lbs. fully mature male lab!!! The standard is 80 lbs. <P> Do English labs grow less than American labs? my lab 6.5 months old is 58lbs. he is 22- 23 inches tall and 32-33 inches long. His father was more than 85 pounds. Just want to know how much will he grow in terms of weight and height on an average. Best Answer: English labs grow much larger than American. My lab was about 60lbs at 6 months, on his 1st birthday he weighed 96lbs! Now he's 1yr and 6 months and his weight has pretty much stayed the same, he fluctuates anywhere between 96 and 100. Good luck! English labs are the best dogs ever!! <P> Weight. A healthy adult black Lab female weighs 55 to 70 pounds and a male 65 to 80 pounds. By the age of 6 months, black Lab puppies reach approximately two-thirds of their adult weight, so a dog of 7 months should be in this range or slightly heavier. Males reach a height of 22 to 25 inches. By the age of 6 months, most dogs reach approximately 75 percent of their full adult height, so your 7-month-old black Lab should be between 15 and 18 inches tall. <P> Size. The average female black Lab grows to a height of between 21 and 24 inches from the floor at the withers, or shoulders, although even a purebred dog can be bigger or smaller. Males reach a height of 22 to 25 inches. By the age of 6 months, most dogs reach approximately 75 percent of their full adult height, so your 7-month-old black Lab should be between 15 and 18 inches tall. <P> Many adult female Labradors reach a weight of 55-75lbs and stand 21-22 inches high at the shoulder. Many adult male Labradors reach a weight of 65-85lbs and stand 22-23 inches at the shoulder. But these are very broad guidelines, and within each type, especially working type, is a big range of different sizes. If you are wondering how much your pup should weigh, how much bigger your puppy will get, or when he will stop growing, you’ve come to the right place. We all want to know that our Labrador puppies are healthy and thriving. And steady growth is one of a number of indicators of puppy health <P> In 15 months, the Labrador retriever puppy (born around one lb) multiplies his birth weight by 70 or more! Most Lab puppies are around 10 lbs at eight weeks of age and reach 50 lbs at around seven months of age. As a rule of thumb, they will gain 2 lbs a week until they are about 26 weeks old. Because they grow so quickly, your pup may appear clumsy and awkward for a while as he adapts to his bigger, stronger body. <P> Labrador Retrievers typically grow up to 24 inches. Male Labradors are bigger than female Labradors. Generally, a non-overweight female Labrador will be between 21.5-23.5 inches and weigh between 55-70 pounds. A full-grown, non-overweight male Labrador will be 22.5-24 inches and weigh between 65-80 pounds. But diet can greatly impact how big a Lab can get | 22 to 25 inches |
what is midgut volvulus | <P> An upper GI series is the preferred diagnostic test for malrotation with midgut volvulus and must be performed, unless a delay in surgical treatment will compromise outcome (as in the case of a moribund child). Upper GI series' sensitivity is 85-95%, with a higher specificity (false positives are rare). Midgut volvulus, although rare, can cause high duodenal obstruction. In these cases, the abdominal radiograph can mimic the classic appearance of the double-bubble sign of duodenal atresia (the first bubble corresponds to the stomach, and the second bubble to the dilated duodenal loop). <P> Epidemiology. A midgut volvulus of malrotated bowel can potentially occur at any age but in approximately 75% of cases is within a month of birth 4,6, most within the first week 3, and 90% within 1 year 6. Typically the neonate is entirely normal for a period before suddenly presenting with bilious vomiting. <P> The term volvulus has its roots from medieval Latin volvere; which means 'to roll'. A volvulus is a subtype of malrotation, in which a loop of bowel is twisted about a focal point along the mesentery attached to the intestinal tract, that may result in a bowel obstruction. Sigmoid volvulus is the most-common form of volvulus of the gastrointestinal tract. and is responsible for 8% of all intestinal obstructions. Sigmoid volvulus is particularly common in elderly persons and constipated patients. Patients experience abdominal pain, distension, and absolute constipation. <P> Midgut volvulus is a complication of malrotated bowel and results in a proximal bowel obstruction and ischaemia. A midgut volvulus of malrotated bowel can potentially occur at any age but in approximately 75% of cases is within a month of birth 4,6, most within the first week 3, and 90% within 1 year 6. Typically the neonate is entirely normal for a period before suddenly presenting with bilious vomiting. <P> Overview. Midgut volvulus is a condition in which the intestine has become twisted as a result of malrotation of the intestine during fetal development. Malrotation of the intestine occurs when the normal embryologic sequence of bowel development and fixation is interrupted. Midgut volvulus, although rare, can cause high duodenal obstruction. In these cases, the abdominal radiograph can mimic the classic appearance of the double-bubble sign of duodenal atresia (the first bubble corresponds to the stomach, and the second bubble to the dilated duodenal loop). <P> Midgut volvulus occurs in patients (usually in infants) that are predisposed because of congenital intestinal malrotation. Segmental volvulus occurs in patients of any age, usually with a predisposition because of abnormal intestinal contents (e.g. meconium ileus) or adhesions. Sigmoid volvulus is the most-common form of volvulus of the gastrointestinal tract. and is responsible for 8% of all intestinal obstructions. Sigmoid volvulus is particularly common in elderly persons and constipated patients. Patients experience abdominal pain, distension, and absolute constipation. <P> CHAPTER 65 Intestinal Malrotation and Midgut Volvulus Johanna R. Askegard-GiesmannChristopher C. AmahBrian D. Kenney Introduction Malrotation is a spectrum of anatomic abnormalities of incomplete rotation and fixation of the intestinal tract during foetal development. <P> Intestinal malrotation is a congenital anomaly of rotation of the midgut (embryologically, the gut undergoes a complex rotation outside the abdomen). As a result: 1 the small bowel is found predominantly on the right side of the abdomen. This can lead to a number of disease manifestations such as: 1 Acute midgut volvulus. 2 Chronic midgut volvulus. 3 Acute duodenal obstruction. 4 Chronic duodenal obstruction. 5 Internal herniation. | A condition in which the intestine has become twisted as a result of malrotation of the intestine during fetal development. |
is a covalent or ionic bond stronger | <P> Report Abuse. NO. covalent bond is more stronger than an ionic bond .when sharing of electrons(covalent bond)occurs there is a mutual frimness given to bond from both the atoms where as in ionic bond only one carries away the electrons making the bond weaker from the other donor atom. <P> 1 If each of the two atoms shares an electron with the other atom nearly equally, the bond is called covalent. 2 If one atom exerts considerable force over the other atom’s electron, while the other atom strives to give its electron over, the bond is largely ionic. <P> A covalent bond is a chemical bond between two nonmetals (two metals cannot covalently bond) in which electrons are shared, while an ionic bond is a chemical bond between a me … tal and a non metal due to the attraction between oppositely charged ions. 13 people found this useful. <P> Chemical Bonds: Ionic and Covalent. There are a variety of ways atoms bond to one another. Some bonds are weaker, and some are stronger. Two of the strongest forms of chemical bond are the ionic and the covalent bonds. Chemical bonds form between two atoms, each with its own electron environment. 1 If each of the two atoms shares an electron with the other atom nearly equally, the bond is called covalent. <P> The covalent bond is formed when two atoms are able to share electrons whereas the ionic bond is formed when the sharing is so unequal that an electron from atom A is completely lost to atom B, resulting in a pair of ions. Each atom consists of protons, neutrons and electrons. <P> A covalent bond is formed between two non-metals that have similar electronegativities. Neither atom is strong enough to attract electrons from the other. For stabilization, they share their electrons from outer molecular orbit with others. An ionic bond is formed between a metal and a non-metal. Non-metals(-ve ion) are stronger than the metal(+ve ion) and can get electrons very easily from the metal. These two opposite ions attract each other and form the ionic bond. | covalent bond |
how long to cook steaks medium rare on grill | <P> About 20 minutes before grilling, remove the steaks from the refrigerator and let sit, covered, at room temperature. Heat your grill to high. Brush the steaks on both sides with oil and season liberally with salt and pepper. Place the steaks on the grill and cook until golden brown and slightly charred, 4 to 5 minutes. <P> Turn the steaks over and continue to grill 3 to 5 minutes for medium-rare (an internal temperature of 135 degrees F), 5 to 7 minutes for medium (140 degrees F) or 8 to 10 minutes for medium-well (150 degrees F). <P> 1 It's near high impossible to get an accurate temperature read on steaks thinner and 1 1/2 inches thick. 2 Use a timer instead. 3 For 1-inch thick steaks cook them 4 minutes each side over high heat for medium rare; 3 minutes for quite rare; 5 minutes for medium. <P> A one inch steak at room temperature on a preheated, hot grill should cook 2 min a side for rare, 3.5 min a side for medium rare, 5 min a side for medium and so on.. add a min … ute and half for each degree of doneness. DON'T poke or cut the steak while cooking, you will dry it out. <P> 1 For thinner steaks, use a timer. 2 It's near high impossible to get an accurate temperature read on steaks thinner and 1 1/2 inches thick. 3 Use a timer instead. 4 For 1-inch thick steaks cook them 4 minutes each side over high heat for medium rare; 3 minutes for quite rare; 5 minutes for medium. <P> 1 Instead, lift the steak with cooking tongs. 2 When cooking the steak, first grill it for three minutes on one side and then, after lowering the temperature to medium, three to four on the other. 3 After that, cook each side from three to four minutes. 4 The steak should be medium rare. <P> 1 When cooking the steak, first grill it for three minutes on one side and then, after lowering the temperature to medium, three to four on the other. 2 After that, cook each side from three to four minutes. 3 The steak should be medium rare. <P> 1 Cook a 2cm-thick piece of steak for 2-3 minutes each side for rare, 4 minutes each side for medium, and 5-6 minutes each side for well-done. 2 Turn the steak only once, otherwise it will dry out. 3 Always use tongs to handle steak as they won't pierce the meat, allowing the juices to escape. | 3 to 5 minutes |
unit costs definition | <P> For example, let's assume it costs Company XYZ $10,000 to purchase 5,000 widgets that it will resell in its retail outlets. Company XYZ's cost per unit is: $10,000 / 5,000 = $2 per unit. Often, calculating the cost per unit isn't so simple, especially in manufacturing situations. Usually, costs per unit involve variable costs (costs that vary with the number of units made) and fixed costs (costs that don't vary with the number of units made). For example, at XYZ Restaurant, which sells only pepperoni pizza, the variable expenses per pizza might be: Flour: $0.50. Yeast: $0.05. <P> DEFINITION of 'Production Cost'. A cost incurred by a business when manufacturing a good or producing a service. Production costs combine raw material and labor. To figure out the cost of production per unit, the cost of production is divided by the number of units produced. <P> Definition. In cost accounting, unit of product or service for which cost is computed. Cost units are selected to allow for comparison between actual cost and standard cost, or between different actual costs. <P> Expenditure incurred in producing one unit of a good or service, computed usually as average cost. Show more usage examples... I wanted to determine the unit cost of the item and see what would happen to our company in the future if we spent too much. 9 people found this helpful. If you want to figure out how much you may make off a shipment you will need to know what the unit cost is. <P> Translations for 'unit cost'. 1 British English: unit cost Unit cost is the amount of money that it costs a company to produce one article. 2 NOUNThey aim to reduce unit costs through extra sales. <P> The cost incurred by a company to produce, store and sell one unit of a particular product. Unit costs include all fixed costs (i.e. plant and equipment) and all variable costs (labor, materials, etc.) involved in production. Next Up. Next Up. Unit cost is an important metric to look at when evaluating a unit grower stock, or a stock that chiefly produces items that have a low fixed cost. <P> OECD Statistics. French Equivalent: Co t unitaire de la main-d oeuvre Definition: Unit labour costs (ULC) measure the average cost of labour per unit of output and are calculated as the ratio of total labour costs to real output. Context: In broad terms, unit labour costs show how much output an economy receives relative to wages, or labour cost per unit of output. <P> Definition of UNIT COST. : the cost allocated to a selected unit and commonly calculated as the cost over a period of time divided by the number of items produced. ADVERTISEMENT. This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis <P> Unit cost. The unit cost is the cost incurred by a company to produce, store and sell one unit of a particular product. Unit costs include all fixed costs and all variable costs involved in production. | The cost allocated to a selected unit and commonly calculated as the cost over a period of time divided by the number of items produced. |
what is a motor armature | <P> Identification. In electrical engineering, an armature is classified as the part of an alternator, motor or generator that produces power. In mechanical engineering, the armature is either the rotating or static component of a motor, alternator or generator. <P> 1. DC Motor Overview. The armature and field in a DC motor can be wired three different ways to provide varying amounts of torque or different types of speed control. The armature and field windings are designed slightly differently for different types of DC motors. <P> An armature is made of wire coiled around a metal core. An electric current is produced in this metal core that interacts with an input current to produce torque, the mechanism that causes a vehicle to accelerate. <P> Definition of ARMATURE for Kids. : the part of an electric motor or generator that turns in a magnetic field. <P> Noun. 1. armature-coil in which voltage is induced by motion through a magnetic field. coil-reactor consisting of a spiral of insulated wire that introduces inductance into a circuit. electric motor-a motor that converts electricity to mechanical work. <P> The armature takes the place of the nail in an electric motor. The armature is an electromagnet made by coiling thin wire around two or more poles of a metal core. The armature has an axle, and the commutator is attached to the axle. <P> armature. n. 1. (General Physics) a revolving structure in an electric motor or generator, wound with the coils that carry the current. 2. (General Physics) any part of an electric machine or device that moves under the influence of a magnetic field or within which an electromotive force is induced. <P> An armature in a motor is defined as rotating part of a motor that emits electric energy into a magnetic field. Other People Are Reading. | A rotating part of a motor that emits electric energy into a magnetic field. |
average temperatures in antarctica | <P> Antarctica is the coldest, windiest and driest continent on Earth. The average annual temperature ranges from about −10°C on the Antarctic coast to −60°C at the highest parts of the interior. Near the coast the temperature can exceed +10°C at times in summer and fall to below −40°C in winter. The lowest temperature yet recorded on the Earth's surface was −89.2°C at Vostok station on 21 July 1983. Surrounding Antarctica there is normally a belt of low pressure, the circumpolar trough, containing multiple low centres. <P> According to the collected data, the coldest quarter of the year in Antarctica is the third quarter. July features an average high temperature of -76 degrees and an average low temperature of about -81 degrees F. Fourth Quarter. While the weather in North America tends to get colder during the fourth quarter of the year, the temperature increases in Antarctica during this part of the year. The average high temperature in October is about -60 degrees and the average low for the month is about -65 degrees. <P> The lowest reliably measured temperature of a continuously occupied station on Earth of −89.2 °C (−128.6 °F) was on 21 July 1983 at Vostok Station. For comparison, this is 10.7 °C (19.3 °F) colder than subliming dry ice (at sea level pressure). The altitude of the location is 3,900 meters (12,800 feet). Nearly all of Antarctica is covered by a sheet of ice that is, on average, a mile thick or more (1.6 km). Antarctica contains 90% of the world's ice and more than 70% of its fresh water. <P> The lowest recorded temperature of any location on Earth's surface was −93.2 °C (−135.8 °F) at 81°48′S 59°18′E / 81.8°S 59.3°E / -81.8; 59.3, which is on an unnamed Antarctic plateau between Dome A and Dome F, on August 10, 2010. Nearly all of Antarctica is covered by a sheet of ice that is, on average, a mile thick or more (1.6 km). Antarctica contains 90% of the world's ice and more than 70% of its fresh water. <P> The average temperature of Antarctica is about -49 degrees Celsius or about -56.2 Fahrenheit. The annual average temperature is -50°C (-58°F). Winter temperatures drop quickly, then level out. Average temperatures in the Antarctic interior get down to -70 degrees Celsius during the winter months and -35 degrees Celsius in the warmer months. <P> The coastal temperatures are much warmer with a range of -15 to -32 Celsius in Winter and -5 to +5 Celsius in Summer. The highest temperature ever recorded in Antarctica was 14.6°C (58.3°F) on the 5th January, 1974 at Hope Bay and Vanda Station. Average temperatures in the Antarctic interior get down to -70 degrees Celsius during the winter months and -35 degrees Celsius in the warmer months. <P> First Quarter. January is the second warmest month of the year in Antarctica, according to data gathered at the American Amundsen-Scott station from 1957 to 1988. The average high temperature in Antarctica in January is -18 degrees F, while the average low temperature in January is similar, at about -21 degrees F. Fourth Quarter. While the weather in North America tends to get colder during the fourth quarter of the year, the temperature increases in Antarctica during this part of the year. The average high temperature in October is about -60 degrees and the average low for the month is about -65 degrees. <P> Cold. Most of Antarctica is a high, flat plateau of ice covered in snow throughout the year. The snow reflects the sun's solar radiation, and this combined with the altitude (an average of 14,000 feet above sea level) makes the interior of Antarctica the coldest place on Earth. The lowest recorded Antarctic temperature was taken at Vostok Station in July 1983: -89.2°C (-128.6°F). The lowest South Pole temperature is from June 23, 1982: -82.8°C (-117.0°F). <P> The average high temperatures in April and May in Antarctica are both about -70 degrees F, while the average low temperatures for the months are around -78 degrees F. The average high temperature in June is around -72 degrees F and the average low temperature is about -78 degrees. Fourth Quarter. While the weather in North America tends to get colder during the fourth quarter of the year, the temperature increases in Antarctica during this part of the year. The average high temperature in October is about -60 degrees and the average low for the month is about -65 degrees. | 49 degrees Celsius or about -56.2 Fahrenheit. |
how to make google appear in new tab | <P> The power of Google Chrome’s browser is in its simplicity and customization options. You can open a new tab by simply clicking on the next blank tab to the right of other open tabs (hover your mouse over it and it displays “New tab”). The browser settings feature is another way to open new and recently used tabs quickly. Click on the settings icon -- displaying “Customize and control Google Chrome.” From here, you can open a new tab, one or more recently closed tabs or your favorite sites. You can also set your Chrome browser to ignore the “new tabs” page and instead, open with your favorite tabs already loaded <P> Open a new tab. 1 Click the icon next to the last tab, which opens the New Tab page. 2 To open a link in a new tab, press Ctrl (Windows and Linux) or ⌘ (Mac) on your keyboard when you click the link. 1 To open a link in a new tab, press Ctrl (Windows and Linux) or ⌘ (Mac) on your keyboard when you click the link. 2 Related tabs are grouped together. <P> Let us change that behavior as well and let us do that for Google because that’s what most of us use. Step 1: Log in to your Google account and navigate to the Search settings window. Step 2: Scroll to the section reading Where results open and put a check on the new browser window option under it. Step 3: Do not forget to scroll further down and click on Save. That is it! Click on a result and it will open in a new tab. <P> If you also want to get the old New Tab page back in Google Chrome web browser, check out following simple steps: 1. You'll need to access the hidden secret Chrome Flags page to disable this new feature. Just type chrome://flags/ in addressbar of Google Chrome and press Enter. 2. <P> Just go there, install it, then click on the wrench in chrome, select extensions, and either select it to open a blank page for you when you hit the new tab button, or specify what page you want it to open when you click new tab. You can configure Chrome with a home page button, (via the Options menu), and if you set clicking the middle mouse button to open in a new tab, you can middle click that icon for opening your homepage in the new tab. <P> 1 Click the icon next to the last tab, which opens the New Tab page. 2 To open a link in a new tab, press Ctrl (Windows and Linux) or ⌘ (Mac) on your keyboard when you click the link. 3 Related tabs are grouped together. 1 To open a link in a new tab, press Ctrl (Windows and Linux) or ⌘ (Mac) on your keyboard when you click the link. 2 <P> How to make google your new tab page. 1) In the address bar type about:config. 2) Type: browser.newtab and double click on browser.newtab.url. 3) In the bar type www.google.ca and click okay. 4) Restart Firefox. 1 Howto & Style. 2 Standard YouTube License. | 1) In the address bar type about:config. 2) Type: browser.newtab and double click on browser.newtab.url.3) In the bar type www.google.ca and click okay.4) Restart Firefox. |
what are the symptoms of glandular fever | <P> Glandular fever is a viral infection caused by the Epstein–Barr virus. Glandular fever is often spread through oral acts such as kissing, which is why it is sometimes called the kissing disease. However, glandular fever can also be spread by airborne saliva droplets. Symptoms of glandular fever include: 1 Fever. <P> Glandular fever is a viral infection with unpleasant symptoms that can last several weeks. Glandular fever affects around 1 in 200 people during their lives and mostly affects young adults aged between 15 and 24. Swollen glands in the back of the neck are especially typical of glandular fever. Most people develop a sore throat, which can be very severe, with inflamed tonsils. A fever, usually no higher than 40 degrees Celsius (104 degrees Fahrenheit), can also develop and may last up to three weeks. <P> Confidence votes 2.1K. Infectious mononucleosis, commonly known as glandular fever, is a viral infection, which is caused by the Epstein-Barr virus. The disease is, among other things, characterised by a sore throat, swollen lymph nodes and extreme fatigue. Young people aged between 10 and 25 years are most vulnerable to this infection. <P> Symptoms of glandular fever include fever, sore throat, swollen neck glands and fatigue. Glandular fever is caused by the Epstein-Barr virus, or EBV, named after the two British researchers who first identified it in 1964, although the disease itself had been recognised many years earlier. Swollen glands in the back of the neck are especially typical of glandular fever. Most people develop a sore throat, which can be very severe, with inflamed tonsils. A fever, usually no higher than 40 degrees Celsius (104 degrees Fahrenheit), can also develop and may last up to three weeks. <P> Symptoms of glandular fever are thought to take around one to two months to develop after infection with the Epstein-Barr virus (EBV). How the condition progresses. Most symptoms of glandular fever will usually resolve within two or three weeks. Your throat will normally feel most sore for three to five days after symptoms start before gradually improving, and your fever will usually last 10 to 14 days. <P> Symptoms of glandular fever. Symptoms of glandular fever, which typically appear 4 to 8 weeks after being infected with EBV, include: 1 sore throat; 2 enlarged lymph nodes (glands), usually in the neck; 3 fever; 4 tiredness; 5 swollen tonsils; 6 headache; and. 7 night sweats. <P> Glandular fever comes on gradually. It begins with flu-like symptoms; fever, headache and a general malaise and lethargy. After a few days, the lymph glands begin to swell, although this symptom is not noticeable in everyone. Swollen glands in the back of the neck are especially typical of glandular fever. Most people develop a sore throat, which can be very severe, with inflamed tonsils. A fever, usually no higher than 40 degrees Celsius (104 degrees Fahrenheit), can also develop and may last up to three weeks. <P> Glandular fever, also known as infectious mononucleosis, is a type of viral infection. It can cause fever, sore throat, fatigue, swollen lymph nodes and glands. Glandular fever is caused by the Epstein-Barr virus (EBV) and is one of the most common viruses that can affect humans. Extreme fatigue is a common symptom of glandular fever. 1 Flu-like symptoms. 2 As is the case with many virus infections, glandular fever often causes fever and temperature, aches, headaches, and feeling sick. 3 A skin rash can appear in some individuals. 4 Widespread, red, non-itchy. 5 Loss of appetite. 6 Nausea. <P> Common symptoms of glandular fever include: Extreme fatigue is a common symptom of glandular fever. 1 Flu-like symptoms. 2 As is the case with many virus infections, glandular fever often causes fever and temperature, aches, headaches, and feeling sick. 3 A skin rash can appear in some individuals. 4 Widespread, red, non-itchy. 5 Loss of appetite. 6 Nausea. | Fever, sore throat, swollen neck glands and fatigue. |
what is septicemic animals | <P> This is the most common form of plague. Pneumonic plague: Humans can come into contact with plague when a person breathes in plague bacteria from the air. This type of plague can spread from person to person through the air (coughing and sneezing) and usually requires direct and close contact with an infected person. Septicemic plague is caused by plague bacteria that grow and spread in the blood. It can result from pneumonic or bubonic plague or it can occur by itself. When it occurs alone, it is caused in the same ways as bubonic plague. <P> Yersinia pestis bacteria can cause three different types of plague: bubonic, septicemic, or pneumonic. In bubonic plague, the most common form, bacteria infect the lymph system and causes it to become inflamed. This is the most serious form of plague and occurs when Y. pestis bacteria infect the lungs and cause pneumonia. 1 You get primary pneumonic plague when you inhale plague bacteria from an infected person or animal. <P> Plague is an infectious disease that affects rodents, certain other animals and humans. It is caused by the Yersinia pestis bacteria. These bacteria are found in many areas of the world, including the United States. Fleas become infected by feeding on rodents, such as chipmunks, prairie dogs, ground squirrels, mice, and other mammals that are infected with the bacterium Yersinia pestis. Fleas transmit the plague bacteria to humans and other mammals during a subsequent feeding. <P> Pneumonic plague may occur if a person with bubonic or septicemic plague is untreated and the bacteria spread to the lungs. Septicemic plague is caused by plague bacteria that grow and spread in the blood. It can result from pneumonic or bubonic plague or it can occur by itself. When it occurs alone, it is caused in the same ways as bubonic plague. <P> How is plague spread? Bubonic plague and septicemic plague are transmitted primarily by the bite from infected fleas; however, transmission can occur by bites or scratches from infected wild rodents and cats, or contact with tissue from infected animals. Bubonic plague is rarely spread from person-to-person. Wild rodents, especially ground squirrels and prairie dogs, are the natural reservoir for plague. Rats, wild rodents, cats, and dogs can become infected with plague and the disease is occasionally transmitted to people who are bitten by infected animals or infected fleas that feed on those animals. <P> Septicemic plague is one form of plague (the others are pneumonic plague and septicemic plague). It develops when Yersinia pestis enters the bloodstream. Usually, septicemic plague is spread through the bites of an infected flea or rodent. In rare cases, Yersinia pestis bacteria may enter through an opening in the skin, whether from a piece of contaminated clothing or other material used by an infected person. Septicemic plague is rarely spread from person to person. <P> Pneumonic Plague. This is the most serious form of plague and occurs when Y. pestis bacteria infect the lungs and cause pneumonia. 1 You get primary pneumonic plague when you inhale plague bacteria from an infected person or animal. 2 You usually have to be in direct or close contact with the ill person or animal <P> Septicemic plague in animals [edit]. Septicemic plague is a zoonosis, a disease that generally is acquired by humans from animals, such as rodents and carnivores. Goats, sheep and camels also may carry the bacteria. Septicemic (or septicaemic) plague is one of the three main forms of plague. It is caused by Yersinia pestis, a gram-negative species of bacterium. Septicemic plague is a life-threatening infection of the blood, most commonly spread by bites from infected fleas. <P> Skin and other tissues may turn black and die, especially on fingers, toes, and the nose. Septicemic plague can occur as the first symptom of plague, or may develop from untreated bubonic plague. This form results from bites of infected fleas or from handling an infected animal. Pneumonic plague: Patients develop fever, headache, weakness, and a rapidly developing pneumonia with shortness of breath, chest pain, cough, and sometimes bloody or watery mucous. If the patient is not treated with the appropriate antibiotics, the bacteria can spread to other parts of the body. Septicemic plague: Patients develop fever, chills, extreme weakness, abdominal pain, shock, and possibly bleeding into the skin and other organs. | Plague is an infectious disease that affects rodents, certain other animals. It is caused by the Yersinia pestis bacteria.These bacteria are found in many areas of the world, including the United States. |
how long do planets take to orbit the sun | <P> It takes the planet 164.8 Earth years to orbit the Sun. Our planet orbits the Sun almost 165 times before Neptune orbits it once, and we have not even seen an entire orbit since the planet was discovered. Universe Today has articles on how long a year on Pluto is and orbits of the planets. Earth’s year is actually 365.25 days long, not the 365 days that we round it to. Because an Earth year is not exactly 365 days, we have a leap year – a year with 366 days – every four years. <P> Mercury 88 days Venus 225 days Earth 365 days Mars 685 days Jupiter 12 years Saturn 29 years Uranus 84 years Neptune 165 years Pluto (minor planet) 247.8 years. + 29 others found this useful. Naran Rabadia. Mercury 88 days Venus 224.7 days Earth 365 days Mars 687 days Jupiter 4330.6 days Saturn 10755.7 days Uranus 30660 days Neptune 60190 … days pluto 248 years. 28 people <P> One journey of our solar system around the center of the Milky Way galaxy is sometimes called a cosmic year. That’s approximately 225-250 million years. The planets in our solar system orbit around the sun. One orbit of the Earth takes one year. Meanwhile, our entire solar system orbits the center of the Milky Way galaxy. Our sun and solar system move at about 800 thousand kilometers an hour – that’s about 500 thousand miles an hour – in this huge orbit. <P> Each planet orbits the Sun in what is referred to as their year. Because they are moving a different speeds and are at different distances, the length of time will vary. The E … arth makes one revolution in what we call a year (365.25 days). For the planet Uranus to travel around the Sun, it takes 84.02 Earth years (sidereal years). If you lived on Uranus, you would call this one year. This is 30,687.15 … Earth days or about 42,732 Uranus days <P> Mercury, the first planet in our solar system can completely orbit around the sun in a mere 88 Earth Days, but nearly takes 60 days to complete a turn of its axis. Venus, which is the closet planet to Earth, takes 224 days to orbit around the sun. Oddly enough Venus takes longer to complete a rotation of its axis, 243 days, than it does to completely orbit the sun. Mars, one of the closest planets to Earth in size takes around 686.97 days to orbit around the earth and has a nearly identical day of 24.3 hours. The last four planets of the sun, demonstrate the immense effect of distance on the time it takes for a planet to rotate around the sun. Jupiter, the solar system s largest planet, takes 4,331.572 days to orbit around the sun, but the fast turning planet only takes 9.8 hours to completely rotate on its axis. <P> For the planet Uranus to travel around the Sun, it takes 84.02 Earth years (sidereal years). If you lived on Uranus, you would call this one year. This is 30,687.15 … Earth days or about 42,732 Uranus days. 16 people found this useful. Mercury 88 days Venus 224.7 days Earth 365 days Mars 687 days Jupiter 4330.6 days Saturn 10755.7 days Uranus 30660 days Neptune 60190 … days pluto 248 years. 28 <P> Uranus and Neptune are the two farthest planets from the sun and the time it takes for them to orbit around the sun reflects this. Uranus takes 30,7999.09 days to orbit around the sun, which is impressive but cannot compare to the 60,190 days it takes Neptune to complete the same task. The last four planets of the sun, demonstrate the immense effect of distance on the time it takes for a planet to rotate around the sun. Jupiter, the solar system s largest planet, takes 4,331.572 days to orbit around the sun, but the fast turning planet only takes 9.8 hours to completely rotate on its axis. <P> New Years in the Solar System or how long Mercury, Venus, Earth, Mars and all planets take to orbit the sun, their orbital period. The more precise orbital periods are: Mercury: 87.929 days. Venus: 224.7 days. Earth: 365.25 days. Mars: 686.97 days. Jupiter: 4332.59 days. Saturn: 10,759.22 days. | Mercury can completely orbit around the sun in a mere 88 Earth Days,Venus the closet planet to Earth, takes 224 days to orbit around the sun and Jupiter takes 9.8 hours to completely rotate on its axis and Uranus takes 30,7999.09 days to orbit around the sun. |
what expenses should be capitalized | <P> A capitalized cost is recognized as part of a fixed asset on a company's balance sheet, rather than being charged to expense in the period incurred. Capitalization is used when an item is expected to be consumed over a long period of time. If a cost is capitalized, it is charged to expense over time through the use of amortization (for intangible assets) or depreciation (for tangible assets). A short-term variation on the capitalization concept is to record an expenditure in the prepaid expenses account, which converts the expenditure into an asset <P> Tax rules cover not only what expenses can be deducted but also when -- in what year -- they can be deducted. Some types of expenditures are deductible in the year they are incurred but others must be taken over a number of future years. The first category is called current expenses, and the second capitalized expenditures. You need to know the difference between the two, and the tax rules for each type of expenditure <P> An expense that is added to the cost basis of a fixed asset on a company's balance s hee t. Capitalized costs are incurred when building or financing fixed assets. Capitalized costs are not expensed in the period they were incurred, but recognized over a period of time via depreciation or amortizatio n. Lunches would be included as a capitalized cost because they were a part of the project cost. The same logic is applied to the inclusion of the price of shipping and installation of equipment as costs on the company’s books. <P> Cost vs. Expense. When trying to discern what is a capitalized cost, it’s first important to make the distinction between what is defined as a cost and expense in the world of accounting. A cost on any transaction is the amount of money used in exchange for an asset. Lunches would be included as a capitalized cost because they were a part of the project cost. The same logic is applied to the inclusion of the price of shipping and installation of equipment as costs on the company’s books. <P> Capitalized expenses. Other business expenditures, such as the cost of equipment, land, and vehicles to name a few, cannot be deducted in the same way as current expenses. Asset purchases, since they are expected to generate revenue in future years, are treated as investments in your business. Some types of expenditures are deductible in the year they are incurred but others must be taken over a number of future years. The first category is called current expenses, and the second capital or capitalized expenditures. <P> Capitalization Effects. Whether R&D costs should be capitalized or treated as expenses isn't just a technical question about accounting procedures. It has a direct impact on the most basic calculations of a company's value and profitability. <P> DEFINITION of 'Capitalize'. An accounting method used to delay the recognition of expenses by recording the expense as long-term assets. In general, capitalizing expenses is beneficial as companies acquiring new assets with a long-term lifespan can spread out the cost over a specified period of time. Companies take expenses that they incur today and deduct them over the long term without an immediate negative affect against revenue <P> He goes for the rebuilding. The $80,000 expense must be capitalized -- that is, it can't be deducted using Section 179 because it is an improvement -- not a normal repair. Under the tax code, metal-fabricating machinery must be deducted over five years. Some types of expenditures are deductible in the year they are incurred but others must be taken over a number of future years. The first category is called current expenses, and the second capital or capitalized expenditures. <P> They must be deducted over a number of years, or capitalized, as specified in the tax code (with one important exception -- Section 179 -- discussed below). This, theoretically, allows the business to more clearly account for its profitability from year to year. Some types of expenditures are deductible in the year they are incurred but others must be taken over a number of future years. The first category is called current expenses, and the second capital or capitalized expenditures. <P> In general, for capital projects over $50,000, expenditures which improve or add to the value of the asset, or extend the useful life of the asset are capitalizable as part of the project's cost. All other costs must be expensed. | A capitalized cost is recognized as part of a fixed asset on a company's balance sheet, rather than being charged to expense in the period incurred. |
best over the counter meds for female yeast infection | <P> 1 Vaginal yeast infection. 2 Trichomoniasis. 3 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. 1 Trichomoniasis. 2 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. <P> Yeast infection is treated using antifungal drugs. Both prescription and over-the-counter remedies are available that are effective in treating vaginal yeast infections. Nonprescription drugs are the best home remedy for yeast infections, and they can cure most yeast infections (see next section). Examples of over-the-counter drugs for yeast infections include: 1 clotrimazole (Lotrimin, Mycelex), 2 miconazole (Micatin, Monistat), 3 terconazole (Terzol), and. 4 nystatin (Mycostatin). <P> Font Size. A. A. A. You can treat most vaginal yeast infections with an over-the-counter vaginal cream or suppository. You can buy these nonprescription vaginal creams and suppositories at most large drugstores and supermarkets. Many yeast infection treatment doses come in one-day, three-day, and seven-day strengths. Many of the over-the-counter vaginal creams and other products you can buy often contain the same ingredients to fight a yeast infection as the medication your doctor might prescribe -- but in less concentrated doses. Recommended Related to Women. <P> 1 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. 1 Trichomoniasis. 2 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. <P> 1 Over-the-counter treatment. 2 Over-the-counter antifungal vaginal suppositories and creams are effective for many women, and these are a safe choice during pregnancy. 3 Treatment usually lasts from three to seven days. For mild to moderate symptoms and infrequent episodes of yeast infections, your doctor might recommend: 1 Short-course vaginal therapy. 2 Antifungal medications are available as creams, ointments, tablets and suppositories. 3 An antifungal regimen that lasts one, three or seven days will usually clear a yeast infection. <P> 1 Bacterial vaginosis. 2 Vaginal yeast infection. 3 Trichomoniasis. 4 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. 1 Trichomoniasis. 2 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. <P> Antifungal Vaginal Creams. For severe yeast infections, your doctor may prescribe a vaginal cream. Some of these antifungal creams include a steroid to ease more severe inflammation, redness, and soreness of the opening of the vagina and the surrounding tissue (called the vulva). A range of yeast infection medications are available in prescription-strength amounts of the same ingredients used in over-the-counter products. Some are available as vaginal creams you apply inside the vagina. <P> Vaginal infections, or vaginitis is an inflammation of the vagina that creates discharge, odor, irritation, or itching. It is difficult to diagnose because vaginitis has many causes. Women use a variety of over-the-counter medications to treat the itching, discharge, and discomfort of these conditions. 1 Trichomoniasis. 2 Many women often mistakenly think they have a yeast infection and treat themselves when, in fact, they have a similar vaginal infection that will not respond to self-treatment with over-the-counter yeast medications. | You can treat most vaginal yeast infections with an over-the-counter vaginal cream or suppository. You can buy these nonprescription vaginal creams and suppositories at most large drugstores and supermarkets. Many yeast infection treatment doses come in one-day, three-day, and seven-day strengths. |
average height for female achondroplasia | <P> All people with achondroplasia have short stature. The average height of an adult male with achondroplasia is 131 centimeters (4 feet, 4 inches), and the average height for adult females is 124 centimeters (4 feet, 1 inch). About 80 percent of people with achondroplasia have average-size parents; these cases result from new mutations in the FGFR3 gene. In the remaining cases, people with achondroplasia have inherited an altered FGFR3 gene from one or two affected parents. <P> In this article. Dwarfism is a condition of short stature. It is defined by the advocacy group Little People of America (LPA) as an adult height of 4 feet 10 inches or under, as a result of a medical or genetic condition. Although other groups may extend the criteria for certain forms of dwarfism to 5 feet, the average height of an adult with dwarfism is 4 feet. There are two main categories of dwarfism -- disproportionate and proportionate. The most common form of dwarfism, achondroplasia occurs in about one out of 26,000 to 40,000 babies and is evident at birth. People with achondroplasia have a relatively long trunk and shortened upper parts of their arms and legs. <P> Narrowing of the spinal canal. Achondroplasia is one of the most common causes of short stature today. People with Achondroplasia have an average body size but disproportionate (shorter) limbs. The average height of a male is 4'4 and a female is 4'1. This is due to the long bones growing more slowly as opposed to the rest of the body, both in the womb and throughout childhood. Young children with Achondroplasia may have hearing, speech or breathing problems, but all of these are treatable. <P> Dwarfism (UK : /ˈdwɔːfɪsəm/ ; US : /ˈdwɔrfɪzəm/) occurs when an individual person or animal is short in stature resulting from a medical condition caused by slow growth. In humans, dwarfism is sometimes defined as an adult height of less than 4 feet 10 inches (58 in; 147 cm). <P> Hypotonia, or low muscle tone, is common in dwarfs, but intelligence and lifespan are usually normal. Defining dwarfism by height alone is problematic because short stature in itself is not a disorder. For example, pygmies have adult male heights of less than 150 cm (4 feet 11 inches) on average. In humans, dwarfism is sometimes defined as an adult height of less than 4 feet 10 inches (58 in; 147 cm). <P> The average height for a female with achondroplasia is 4 feet. Researchers have studied the use of growth hormone in people with achondroplasia. The found that it does increase height by a couple inches when given during childhood, however, they do not believe that it affects the overall adult height. According to Little People of America, dwarfism is a medical or genetic condition that usually results in an adult height of 4'10 or shorter for men and 4' 7 or shorter for women. Dwarfism is usually caused by genetic disorders <P> A typical defining characteristic of dwarfism is an adult height of less than 147 cm (4 ft 10 in). Since those with dwarfism have such a wide range of physical characteristics, variations in individuals are identified by diagnosing and monitoring the underlying disorders. In humans, dwarfism is sometimes defined as an adult height of less than 4 feet 10 inches (58 in; 147 cm). <P> Hypochondroplasia is similar to another skeletal disorder called achondroplasia, but the features tend to be milder. All people with hypochondroplasia have short stature. The adult height for men with this condition ranges from 138 centimeters to 165 centimeters (4 feet, 6 inches to 5 feet, 5 inches). The height range for adult women is 128 centimeters to 151 centimeters (4 feet, 2 inches to 4 feet, 11 inches). <P> Achondroplasia is defined by central nervous system defects as well as the prior physical symptoms. Average height for an adult man or woman diagnosed with achondroplasia is about 120 centimeters (47.2 inches), although technically a maximum of 148 centimeters (58.2 inches) is also considered achondroplastic. Achondroplastic people typically have a long trunk and smaller upper legs and upper arms. | The average height of an adult male with achondroplasia is 131 centimeters (4 feet, 4 inches), and the average height for adult females is 124 centimeters (4 feet, 1 inch). |
why is eukaryotic dna packaged into nucleosomes | <P> Nucleosome-simplest packaging structure of DNA that is found in all eukaryotic chromosomes; DNA is wrapped around an octamer of small basic proteins called histones; 146 bp is wrapped around the core and the remaining bases link to the next nucleosome; this structure causes negative supercoiling. <P> Histone chaperones and the nucleosome assembly processes [edit]. Histones are proteins that allow DNA to be tightly packaged into units called nucleosomes. The DNA wraps itself around the histones. Chromatin is made of DNA and proteins (Histones). Chromatin is used to give structure to a chromosome. <P> DNA packaging. Each chromosome consists of one continuous thread-like molecule of DNA coiled tightly around proteins, and contains a portion of the 6,400,000,000 basepairs (DNA building blocks) that make up your DNA. The way DNA is packaged into chromatin is a factor in how protein production is controlled. <P> This protein-DNA structure is called chromatin. There are four kinds of histones attached to the DNA: H2A, H2B, H3, and H4. All these proteins form an octamer protein complex called a nucleosome core around which the DNA wraps two turns and then links to another nucleosome (10 nm diameter). This kind of arrangement condenses the DNA. There is another kind of histone protein called H1 that takes part in the DNA packaging. <P> All rights reserved. The packaging of DNA into nucleosomes shortens the fiber length about sevenfold. In other words, a piece of DNA that is 1 meter long will become a string-of-beads chromatin fiber just 14 centimeters (about 6 inches) long. <P> The answer to this question lies in the fact that certain proteins compact chromosomal DNA into the microscopic space of the eukaryotic nucleus. These proteins are called histones, and the resulting DNA-protein complex is called chromatin. | Proteins that allow DNA to be tightly packaged into units called nucleosomes. |
what are the different blood groups | <P> The ABO Blood Group System. There are four major blood groups determined by the presence or absence of two antigens – A and B – on the surface of red blood cells: 1 Group A – has only the A antigen on red cells (and B antibody in the plasma). 2 Group B – has only the B antigen on red cells (and A antibody in the plasma). In addition to the A and B antigens, there is a third antigen called the Rh factor, which can be either present (+) or absent (–). In general, Rh negative blood is given to Rh-negative patients, and Rh positive blood or Rh negative blood may be given to Rh positive patients. <P> AB0 blood grouping system. According to the AB0 blood group system there are four different kinds of blood groups: A, B, AB or 0 (null). Blood group A. If you belong to the blood group A, you have A antigens on the surface of your red blood cells and B antibodies in your blood plasma. Individuals have different types and combinations of these molecules. The blood group you belong to depends on what you have inherited from your parents. There are more than 20 genetically determined blood group systems known today, but the AB0 and Rh systems are the most important ones used for blood transfusions. <P> 1 Blood group A individuals have the A antigen on the surface of their RBCs, and blood serum containing IgM antibodies against the B antigen. 2 Therefore, a group A individual can receive blood only from individuals of groups A or O (with A being preferable), and can donate blood to individuals with type A or AB. These antigens may be proteins, carbohydrates, glycoproteins, or glycolipids, depending on the blood group system. Some of these antigens are also present on the surface of other types of cells of various tissues. <P> Introduction. There are four main blood groups (types of blood): A, B, AB and O. Your blood group is determined by the genes you inherit from your parents. Blood group test. To work out your blood group, your red cells are mixed with different antibody solutions. If, for example, the solution contains anti-B antibodies and you have B antigens on your cells (you are blood group B), it will clump together. <P> O positive is the most common blood type. Not all ethnic groups have the same mix of these blood types. Hispanic people, for example, have a relatively high number of O’s, while Asian people have a relatively high number of B’s. The mix of the different blood types in the U.S. population is: In addition to the A and B antigens, there is a third antigen called the Rh factor, which can be either present (+) or absent (–). In general, Rh negative blood is given to Rh-negative patients, and Rh positive blood or Rh negative blood may be given to Rh positive patients. <P> Blood type (or blood group) is determined, in part, by the ABO blood group antigens present on red blood cells. A blood type (also called a blood group) is a classification of blood based on the presence or absence of inherited antigenic substances on the surface of red blood cells (RBCs). These antigens may be proteins, carbohydrates, glycoproteins, or glycolipids, depending on the blood group system. Some of these antigens are also present on the surface of other types of cells of various tissues. Several of these red blood cell surface antigens can stem from one allele (or an alternative version of a gene) and collectively form a blood group system <P> There are four main blood groups defined by the ABO system: 1 blood group A has A antigens on the red blood cells with anti-B antibodies in the plasma. 2 blood group B has B antigens with anti-A antibodies in the plasma. 3 blood group O has no antigens, but both anti-A and anti-B antibodies in the plasma. Blood group test. To work out your blood group, your red cells are mixed with different antibody solutions. If, for example, the solution contains anti-B antibodies and you have B antigens on your cells (you are blood group B), it will clump together. | A, B, AB, and O |
how long can food stay good in refrigerator | <P> Leftovers can be kept for three to four days in the refrigerator. Be sure to eat them within that time. After that, the risk of food poisoning increases. If you don't think you'll be able to eat leftovers within four days, freeze them immediately. <P> Breads and Grains. 1 Store-bought bagels: 1 to 2 weeks (refrigerator) or 2 months (freezer). 2 Commercial breads: 1 to 2 weeks (refrigerator) or 3 months (freezer). 3 Unopened flavored rice: 6 months (pantry). Dairy Foods. 1 Ice cream: 2 to 4 months (freezer). 2 Butter: 1 to 3 months (refrigerator) or 6-9 months (freezer). 3 Margarine: 4 to 5 months (refrigerator) or 1 year <P> 1 Cooked ground chicken or turkey: 3 to 4 days (refrigerator) or 2 to 3 months (freezer). 2 Cooked chicken nuggets: 1 to 2 days (refrigerator) or 1 to 2 months (freezer). 3 Meats with gravy or sauces: 1 to 2 days refrigerator or 6 months (freezer). Dairy Foods. 1 Ice cream: 2 to 4 months (freezer). 2 Butter: 1 to 3 months (refrigerator) or 6-9 months (freezer). 3 Margarine: 4 to 5 months (refrigerator) or 1 year <P> You might be surprised at how long or how short some of your favorite foods are supposed to last in the fridge. It's always a good time to educate yourself on food safety, but with Fourth of July and the inevitable cookouts coming up, now is as good a time as ever to make sure your knowledge is current. Once you've cleared up what belongs where, the next step is knowing how long the food will last. Storing food is a delicate matter -- in the fridge, food might get moist and moldy, and in the freezer it could lose all its moisture or get freezer burn. If you leave food in the fridge or freezer too long, it could not only lose its integrity but it may also become unsafe to eat. FoodSafety.gov has two useful charts listing how long certain foods will stay good in both the refrigerator and the freezer. The first chart lists all kinds of commonly refrigerated foods and the second is specifically for eggs and food made with eggs <P> If items that have been sitting in the fridge too long are eaten, they can lead to food poisoning and, in some cases, serious health problems. BABY FOOD: LASTS 1 - 3 DAYS IN FRIDGE ONCE OPENED. An open jar of strained fruits and veggies lasts two-to-three days in the fridge. Opened cooked meat and vegetable combos need to go after a day or two. Meat and veggie combos should go after two days, tops. The bottom line: Don't leave open jars of baby food in the fridge longer than three days. EGGS: LASTS 3 - 5 WEEKS. Eggs should last three to five weeks after you put them in the fridge. Keep in mind that it's very important that you don't put eggs in the front of the fridge — even if there are compartments for them there. They'll spoil earlier if they're in the front. <P> Times are based on a refrigerator set at 40 degrees Fahrenheit or colder. Shelf life also depends on the freshness of foods at the time of purchase. 1 Cheese, hard: six months. 2 Butter: 1 to 3 months. 3 Olives and pickles: one month. 4 Fresh eggs (in shell): 3 to 5 weeks. 5 Cheese, soft, unopened: 3 to 4 weeks. 6 Cheese, soft, opened: 1 to 2 weeks. 7 Bacon, cooked: one week. 8 Hard-boiled eggs: one week <P> 1 How long does ground beef last in the fridge once it is cooked? 2 Cooked ground beef will usually stay good for 3 to 4 days in the fridge and 3 months in the freezer. <P> 1 Fried chicken: 3 to 4 days (refrigerator) or 4 months (freezer). 2 Cooked ground chicken or turkey: 3 to 4 days (refrigerator) or 2 to 3 months (freezer). 3 Cooked chicken nuggets: 1 to 2 days (refrigerator) or 1 to 2 months (freezer). Dairy Foods. 1 Ice cream: 2 to 4 months (freezer). 2 Butter: 1 to 3 months (refrigerator) or 6-9 months (freezer). 3 Margarine: 4 to 5 months (refrigerator) or 1 year | 3 to 4 days. |
transcend definition exceed | <P> English Collins Dictionary-English Definition & Thesaurus  . transcend eclipse, exceed, excel, go above, go beyond, leave behind, leave in the shade (informal) outdo, outrival, outshine, outstrip, outvie, overstep, rise above, surpass. <P> Full Definition of TRANSCEND. transitive verb. 1. a: to rise above or go beyond the limits of b: to triumph over the negative or restrictive aspects of: overcome c: to be prior to, beyond, and above (the universe or material existence). 2. <P> 1 to rise above or go beyond; overpass; exceed:to transcend the limits of thought; kindness transcends courtesy. 2 to outdo or exceed in excellence, elevation, extent, degree, etc.; surpass; excel. [ 3 Theol.](of the Deity) to be above and independent of (the universe, time, etc.). <P> LINK / CITE ADD TO WORD LIST. verb. To transcend is exceed or to go past defined limits. An example of to transcend is the separation from your body as experienced during intense meditation. To transcend is to be superior or to excel. 1 An example of transcend is a student who is very gifted. <P> Synonym Discussion of TRANSCEND. exceed, surpass, transcend, excel, outdo, outstrip mean to go or be beyond a stated or implied limit, measure, or degree. <P> 2 .outstrip. 1 to rise above or go beyond; overpass; exceed:to transcend the limits of thought; kindness transcends courtesy. 2 to outdo or exceed in excellence, elevation, extent, degree, etc.; surpass; excel. [ 3 Theol.](of the Deity) to be above and independent of (the universe, time, etc.). | To go past defined limits |
how many calories a day does a baby need | <P> Step 3. Multiply your infant's weight in kilograms by 120 if he is a full-term, healthy newborn. An average full-term newborn needs to consume 120 calories per kilogram of weight each day to grow into a healthy child. For example, if your newborn weighs 4.55 kilograms, multiply 4.55 by 120. The result, 546, is the number of calories your infant should consume in one day. <P> Calorie needs by age. Infants need a relatively high number of calories for their body weight compared to older children and adults. According to Merck, healthy infants under six month of age need about 50 to 55 calories per pound of body weight. From six months to one year, babies need about 45 calories per pound of body weight. Save. It may seem that a tiny baby needs very few calories each day, but with their bodies growing drastically in the first year, it's important to make sure your infant is receiving plenty of calories from food sources you've discussed with your doctor. <P> For that matter, your baby probably won't consume exactly the same amount of food each day. As a general rule, a 7-month old needs 100 calories per kilogram, which equals approximately 2.2 pounds, per day. Although your baby needs a certain number of calories per pound of body weight, you don't have to drag out the baby scale each morning and figure out how many calories your baby needs that day. Your baby is capable of determining how many calories he needs as long as you offer an adequate amount of food. An average-sized 18.5 pound, 7-month-old boy needs 668 calories per day, according to the United States Department of Agriculture. The average 7-month-old girl weighs slightly less, around 17 pounds and needs approximately 608 calories <P> Beginning at birth, your baby needs about 515 calories or more each day, a number that changes according to his age and needs. In addition to calories, his diet should also consist of fat, protein, vitamins and minerals and come from healthy sources. Kids and Nutrition states that from birth to 3 months of age, babies need between 515 to 690 calories a day. At this age, their only source of nutrition should be 18 to 32 ounces of breast milk or formula daily. <P> To maintain weight, the chart below shows you your daily calorie limit. It's based on your age, activity level, and the BMI (body-mass index) of 21.5 for women and 22.5 for men. To lose weight -- about 1 pound a week -- reduce total calories in the chart by 500 a day. To gain weight, add 500 calories per day for each pound you want to gain per week. <P> That's about 2,000 calories a day. However, during the last three months of your pregnancy (third trimester) , you will need an extra 200 calories a day, making a total of about 2,200 calories a day. Bear in mind that we're all different shapes and sizes, and some of us are more active than others. <P> Beginning at 7 months of age, babies need 795 to 920 calories a day. Their intake will consist of 24 to 36 ounces daily of breast milk or formula until they are 9 months old, and decrease to 18 to 30 ounces daily from 10 to 12 months of age. Kids and Nutrition states that from birth to 3 months of age, babies need between 515 to 690 calories a day. At this age, their only source of nutrition should be 18 to 32 ounces of breast milk or formula daily. <P> Milk Calories. Generally, a baby aged 7 months will drink up to 32 ounces of formula per day, with solid food making up the rest of his calories. Since formula contains 20 calories per ounce, drinking 30 ounces of either will provide 600 calories, the bulk of your baby's caloric needs. Although your baby needs a certain number of calories per pound of body weight, you don't have to drag out the baby scale each morning and figure out how many calories your baby needs that day. Your baby is capable of determining how many calories he needs as long as you offer an adequate amount of food. An average-sized 18.5 pound, 7-month-old boy needs 668 calories per day, according to the United States Department of Agriculture. The average 7-month-old girl weighs slightly less, around 17 pounds and needs approximately 608 calories per day | 100 calories per kilogram |
intrinsic value vs actual market value | <P> In the financial world, it's common to differentiate among types of value.. Specifically, there is a difference between an asset's market value and its intrinsic value.. Market value is the value that someone else places on an asset-what that asset is worth to some other market participant. Intrinsic value is the actual value or worth of a firm. <P> Options Pricing Concepts. For an option, the intrinsic value is the difference between the current share price and the price at which the option can be exercised. To illustrate, suppose a call option has a strike price -- the exercise price -- of $20, and the current share price is $22. <P> By Investopedia AAA |. A: There is a significant difference between intrinsic value and market value. Intrinsic value is an estimate of the actual true value of a company. Market value is the value of a company as reflected by the company's stock price. Therefore, market value may be significantly higher or lower than the intrinsic value. <P> Definitions (3). 1. The actual value of a security, as opposed to its market price or book value. The intrinsic value includes other variables such as brand name, trademarks, and copyrights that are often dificult to calculate and sometimes not accurately reflected in the market price. <P> Market Value. Market value is what investors and buyers are willing to pay for an asset in a public auction. For example, the market value of a public company is what investors are willing to pay for its shares, while the market value of a home is its closing price. Valuation of private companies is more difficult. Significance. Market value is generally different from intrinsic value. For example, stock prices seldom reflect the true value of companies, just as the selling price of a home is almost never equal to its appraised value. This is because market prices reflect supply and demand. <P> 2. Intrinsic value in options is the in-the-money portion of the option's premium. For example, If a call options strike price is $15 and the underlying stock's market price is at $25, then the intrinsic value of the call option is $10. The actual value of a company or an asset based on an underlying perception of its true value including all aspects of the business, in terms of both tangible and intangible factors. This value may or may not be the same as the current market value. <P> (2) An option's intrinsic value is the in-the-money portion of that option's premium. For example, if a call option's strike price is $15 and the underlying stock's market price is at $25, the intrinsic value of the call option is $10. The term is also used in options trading to indicate the amount by which an option is in-the-money. For example, an equity call option with a strike price of 35 has an intrinsic value of $4 if the market price of the underlying stock is $39. <P> DEFINITION of 'Intrinsic Value'. Intrinsic value is: 1. The actual value of a company or an asset based on an underlying perception of its true value including all aspects of the business, in terms of both tangible and intangible factors. This value may or may not be the same as the current market value. | There is a significant difference between intrinsic value and market value. Intrinsic value is an estimate of the actual true value of a company. Market value is the value of a company as reflected by the company's stock price.Therefore, market value may be significantly higher or lower than the intrinsic value. |
average cost of an echocardiogram test | <P> An echo stress test is a combination of the standard ekg stress test and two echocardiograms ... one before exercise and one immediately after. An echo usually costs $250-500, so you could expect this total test to be in the $750 to $1000 or more depending on how much imaging is done and how much interpretation is done. Votes: 137. Stress tests are usually *electrocardiogram* stress tests done with a treadmill and ekg machine. Cost varies depending on who does the interpretation, but is usually in the range $250-600. <P> 1 An Echo with a Doppler will usually cost $500 – $800 extra. 2 A transesophageal echocardiogram cost is anywhere from $1000-$1,700, possibly more due to prescriptions used for anesthesia. 3 A transthoracic echocardiogram will range from $1,000 to $1,500. 4 Depending on the geographical location, the costs can vary as well. 1 The reading fee is probably anywhere from $200 – $300 dollars or higher. 2 The results of the echocardiogram can be read and evaluated by an expert cardiologist only. 3 At times, you might be told that you need to pay an additional cost towards radiologists’ fees for evaluating the test results. <P> 1 Patients with medical insurance that covers a portion of the cost of the EKG, can expect to pay $30-$100 in copays for both the test and the analysis of the test. 2 For example, Harvard Pilgrim Health Care, which serves patients in Massachusetts, charges its members $32-$54 for an EKG and interpreting the results. 1 Uninsured patients can expect to pay $500-$3,000 total for an EKG. 2 An EKG averages $1,500, according to NewChoiceHealth.com, but some locations charge as high as $2,850. 3 Typically, prices are higher for services in metropolitan areas, than in smaller rural communities. <P> The test is not used to find lung abnormalities, as it will only focus on the heart. The average costs of an echocardiogram are between $250 and $350, but you may expect to pay even more in certain geographical areas. You should also know that this is the cost of the actual procedure and doesn’t cover the veterinarian examination. The vet examination may cost an additional $25 to $100, depending on the clinic and the vet. The procedure is not painful and will not require any medication prior or after the test. <P> 1 For patients covered by health insurance, out-of-pocket cost for an echocardiogram typically consists of a copay or coinsurance of 10%-50%. 2 An echocardiogram typically is covered by insurance when ordered to help diagnose or monitor a heart problem, but not as a routine screening test. Comments (30). An echocardiogram uses ultrasound to look at the heart and can be used for diagnosis and during treatment of various conditions, including congenital heart disease, heart murmurs, heart failure, pulmonary hypertension and heart infection. <P> 1 A transthoracic echocardiogram will range from $1,000 to $1,500. 2 Depending on the geographical location, the costs can vary as well. 3 San Francisco hospitals have an average of $2,100 while a hospital in Seattle has an average of $1,500. 1 The reading fee is probably anywhere from $200 – $300 dollars or higher. 2 The results of the echocardiogram can be read and evaluated by an expert cardiologist only. 3 At times, you might be told that you need to pay an additional cost towards radiologists’ fees for evaluating the test results. <P> 1 For patients not covered by health insurance, an echocardiogram typically costs $1,000-$3,000 or more, including a $200-$300 fee for interpretation by a cardiologist. Comments (30). An echocardiogram uses ultrasound to look at the heart and can be used for diagnosis and during treatment of various conditions, including congenital heart disease, heart murmurs, heart failure, pulmonary hypertension and heart infection. <P> 1 Generally, echoes in the U.S. may cost $800 to $2,000 depending on what’s covered. 2 An Echocardiogram is frequently coalesced with Doppler ultrasounds and the color Doppler to evaluate the blood flow across the heart’s valves. 3 An Echo with a Doppler will usually cost $500 – $800 extra. 1 The reading fee is probably anywhere from $200 – $300 dollars or higher. 2 The results of the echocardiogram can be read and evaluated by an expert cardiologist only. 3 At times, you might be told that you need to pay an additional cost towards radiologists’ fees for evaluating the test results. <P> 1 A transesophageal echocardiogram cost is anywhere from $1000-$1,700, possibly more due to prescriptions used for anesthesia. 2 A transthoracic echocardiogram will range from $1,000 to $1,500. 3 Depending on the geographical location, the costs can vary as well. 1 The reading fee is probably anywhere from $200 – $300 dollars or higher. 2 The results of the echocardiogram can be read and evaluated by an expert cardiologist only. 3 At times, you might be told that you need to pay an additional cost towards radiologists’ fees for evaluating the test results. <P> If for some reason your insurance company does not cover the cost of your echocardiogram, expect to pay between $500 and $1,000 for the procedure. This cost varies due to your location and the setting of where you are having the test done---in a hospital or in an outpatient clinic. | Anywhere from $1000-$1,700. |
what is a loris | <P> : any of several nocturnal slow-moving tailless arboreal primates (family Lorisidae): as a: a slim-bodied primate (Loris tardigradus) of southern India and Sri Lanka b: either of two larger related primates (Nycticebus pygmaeus or North coucang) of southeastern Asia that are heavier limbed and slower moving. <P> Nycticebus coucang. Slow lorises are one of three species of loris maintained at the Lemur Center (the others are pygmy slow lorises and slender lorises). <P> The Slow Loris (Nycticebus coucang), is a critically endangered species in the Loris family. It is one of the Strepsirhini primates, and is found in parts of Southeast Asia. Its fur coat is thick and soft. The eyes are large, round and inquisitive. <P> Loris is the common name for the strepsirrhine primates of the subfamily Lorinae (sometimes spelled Lorisinae) in the family Lorisidae. Loris is one genus in this subfamily and includes the slender lorises, while Nycticebus is the genus containing the slow lorises. Lorises are nocturnal. They are found in tropical and woodland forests of India, Sri Lanka, and parts of southeast Asia. Loris locomotion is a slow and cautious climbing form of quadrupedalism. Some lorises are almost entirely insectivorous, while others also include fruits, gums, leaves, and slugs in their diet. <P> Slow loris. This animal might look like a harmless, big-eyed baby ewok, but the slow loris is one of the only poisonous mammals in the world. Its subtle nature makes it popular in the illegal pet trade, but unknowing humans should stay clear of its toxin, which is released from the sides of its elbow <P> Slow lorises have a round head, narrow snout, large eyes, and a variety of distinctive coloration patterns that are species-dependent. Their arms and legs are nearly equal in length, and their trunk is long, allowing them to twist and extend to nearby branches. Each of the slow loris species that had been identified prior to 2012 is listed as either Vulnerable or Endangered on the IUCN Red List. <P> Loris. Loris is the common name for the strepsirrhine primates of the subfamily Lorisinae in family Lorisidae. Loris is one genus in this subfamily and includes the slender lorises, while Nycticebus is the genus of the slow lorises. Lorises are nocturnal. They are found in tropical and woodland forests of India, Sri Lanka, and parts in southeast Asia. <P> Slow lorises (genus Nycticebus) are strepsirrhine primates and are related to other living lorisoids, such as slender lorises (Loris), pottos (Perodicticus), false pottos (Pseudopotto), angwantibos (Arctocebus), and galagos (family Galagidae), and to the lemurs of Madagascar. Each of the slow loris species that had been identified prior to 2012 is listed as either Vulnerable or Endangered on the IUCN Red List. | The common name for the strepsirrhine primates of the subfamily Lorinae (sometimes spelled Lorisinae) in the family Lorisidae. |
how wide does a pomegranate tree get | <P> 1 If you are growing your plant from a cutting, loosen the soil and plant your pomegranate branch vertically so that the cut end is about five to six inches down in the soil, with the dormant buds pointing up towards the sky. <P> Two great reasons to consider planting a tree: For the health benefits of the pomegranate fruit or because the tree looks wonderful and is a great natural decor to your backyard. Plant trees 6 to 8 feet apart. Dig a hole larger than the planting container. Break up the soil around the planter. <P> 1 There are several ways you can grow a pomegranate: from a seedling, a cutting, or from seed. 2 Growing pomegranates from seeds does not guarantee you will get a certain variety of pomegranate and you will have to wait three or four years before your plant produces any fruit. <P> Two great reasons to consider planting a tree: For the health benefits of the pomegranate fruit or because the tree looks wonderful and is a great natural decor to your backyard. Plant trees 6 to 8 feet apart. Dig a hole larger than the planting container. Break up the soil around the planter. <P> A shrub that can be trained to a 15- to 20-foot tree, pomegranate (Punica granatum L.) is an eye-catching, extremely long-lived plant that produces striking red flowers and the signature round fruit full of hundred of seed sacs. <P> These pomegranate trees grow to 18-feet tall and the Wonderful fruits ripen in September. Grocery stores demand over $2.00 per fruit, so to plant your own trees to produce hundreds of valuable fruits each year would be a wise investment. <P> The pomegranate grows naturally as a tree 20 to 30 feet high, although commercially available cultivars grow as dense, bushy shrubs or small trees from 6 to 15 feet tall. Pomegranates grow in U.S. Department of Agriculture plant hardiness zones 8 through 10. <P> Choose a variety of pomegranate. Punica granatum is a small deciduous tree. It will grow to about 2.5 metres (8.2 feet) tall, with orange flowers during the summer season. The dwarf variety Nana will grow shorter, to about 1 metre (3.2 feet) and are the best for growing in containers. | 20 to 30 feet high |
what is baseball made of | <P> A baseball begins with a small, spherical core of cork and rubber encased in thin layers of rubber. Hundreds of yards of wool yarn are machine-wound around this core, followed by more than a hundred yards of white cotton twine. <P> A baseball is a ball used in the sport of the same name, baseball. Some are wrapped in a plastic-like covering. A significant characteristic of the baseball is the stitching that holds together the covering of the ball. After a ball has been pitched, these raised stitches act like wings on a plane, catching the wind and causing the ball to swerve slightly on its way to the catcher. <P> Materials. All baseballs used by Major League Baseball consist of the same materials. An inner core is made of rubber-coated cork and then surrounded by three layers of wool yarn and a winding of cotton or polyester yarn. This core is then coated in latex adhesive or rubber cement and covered with cowhide. Today China produces around 80 percent of baseballs on the world market. However, all baseballs used by the Major League Baseball are produced by the company Rawlings. Their factory is located in Costa Rica. <P> A baseball. A baseball is a ball used in the sport of the same name, baseball. The ball features a rubber or cork center, wrapped in yarn, and covered, in the words of the Official Baseball Rules with two strips of white horsehide or cowhide, tightly stitched together.. Some are wrapped in a plastic-like covering. A significant characteristic of the baseball is the stitching that holds together the covering of the ball. After a ball has been pitched, these raised stitches act like wings on a plane, catching the wind and causing the ball to swerve slightly on its way to the catcher. <P> Answer An official baseball is manufactured through a process of wrapping yarn around a cork or rubber center and then tightly stitching a bird stuff or horsehide cover … ed over the yarn of stick. A baseball is a sphere that is approximately 9 inches (23 cm) in circumference and weighs 5 1/4 ounces (149 g). <P> The baseball's outer cover is made of Number One Grade, alum-tanned full-grained cowhide, primarily from Midwest Holstein cattle. Midwest Holsteins are preferred because their hides have a better grain and are cleaner and smoother than those of cattle in other areas of the United States. In 1872, the modern standard for the baseball's weight and size was established. The production of balls became more consistent during the remainder of the decade, thanks largely to the demands made on manufacturers by the newly formed National League, the first professional baseball league. <P> Such uniformity was nonexistent in the early years of baseball's history, when balls were either homemade or produced on a custom-order basis as a sideline by cobblers, tanners and other small business owners. In 1872, the modern standard for the baseball's weight and size was established. The production of balls became more consistent during the remainder of the decade, thanks largely to the demands made on manufacturers by the newly formed National League, the first professional baseball league. <P> 20 Jan, 2013 what are 0. A baseball is the ball used in the game that shares the same name. A baseball is a round shaped ball, but is not a perfect sphere, and is most commonly white in color. It also features a red raised seam, made of 108 double stitches, which allows the pitcher to impart spin on the ball. Horsehide was once used for major league balls, but cowhide is used today. There are 4 layers of yarn used on a baseball. The first layer is gray woolen yarn, the second and third are three-ply woolen yarn and the final is white cotton-polyester yarn. <P> A baseball is made out of a round shaped center made of rubber or cork. This material is then wrapped tightly in yarn (string) and is wrapped with a plastic or leather cover. Horsehide was once used for major league balls, but cowhide is used today. There are 4 layers of yarn used on a baseball. The first layer is gray woolen yarn, the second and third are three-ply woolen yarn and the final is white cotton-polyester yarn. <P> Answer An official baseball is manufactured through a process of wrapping yarn around a cork or rubber center and then tightly stitching a bird stuff or horsehide cover … ed over the yarn of stick. A baseball is a sphere that is approximately 9 inches (23 cm) in circumference and weighs 5 1/4 ounces (149 g). That's an impact of around 170mph! The stitching on a baseball is done in a precise and consistent manner in order to allow for a consistent movement of a pitched ball. The spin (or lack there of) on a baseball is what makes the ball 'fly' like it does. | It is made out of a round shaped center made of rubber or cork. |
average car salesman salary canada | <P> Income and Qualifications. Car sales consultants often have compensation packages that include salary, commissions and bonuses. For example, Ford Motor sales reps earned an average base salary of $37,000, according to Glassdoor -- with the rest of their $54,600 in earnings comprised of commissions and benefits. Income by Region. Average incomes for car sales consultants varied within U.S. regions in 2013. In the South region, they earned the highest incomes of $125,000 in Washington, D.C., and the lowest of $62,000 in Mississippi. <P> Their hourly rate is usually between $7.32 and $18.25, while overtime rate is between $1.36 and $20.27. Their starting salary ranges from $15,536 and $59,672. According to Simply Hired, the average car salesman salary was around $79,000 in 2013. About 50% of these retail sales workers make around $36,516 per year. Aside from the basic car salesman’s salary, there are also bonuses of up to $12,164 and commissions ranging from $5,057 and $60,460. <P> Sales Manager Salary and Commission: 1 Pay plans vary significantly, but are typically structured as a percentage of the total gross profit generated by the sales and finance departments. 2 Average salaries for a sales manager are about $8,000-$10,000 per month with top performers earning $15,000 plus per month. 1 For example, the top two or three sales people probably earn all of the bonuses. 2 The average salesperson sells about 8 vehicles per month and makes about $3,000 per month. 3 Top performers sell 20+ vehicles per month and make $12,000 – $15,000 plus per month with bonuses. <P> Guarantees. Some dealerships will offer a guaranteed car salesman salary to new car salesmen as an incentive to come on board.. This is becoming quite a bit more common. This guarantee is usually between $2,000 and $2,500 a month and is typically for the first 90 days. The most common pay plans that I've seen start a car salesmans average salary at 25% of the front end gross profit. So if the dealer buys a car for $9,500 and does some repairs and a detail for $500, they'll own the car for $10,000. <P> 1 The average salesperson sells about 8 vehicles per month and makes about $3,000 per month. 2 Top performers sell 20+ vehicles per month and make $12,000 – $15,000 plus per month with bonuses. 1 For example, the top two or three sales people probably earn all of the bonuses. 2 The average salesperson sells about 8 vehicles per month and makes about $3,000 per month. 3 Top performers sell 20+ vehicles per month and make $12,000 – $15,000 plus per month with bonuses. <P> The typical car salesman’s salary for those who are working in Canada ranges between C$12,431 and C$79,440. About 50% of their population earned around C$35,234 per year. These salesmen also get a bonus of up to C$19,933 and a commission of up to C$77,083. About 50% of these retail sales workers make around $36,516 per year. Aside from the basic car salesman’s salary, there are also bonuses of up to $12,164 and commissions ranging from $5,057 and $60,460. <P> Automotive Retail Salesperson Salary. (Canada). An Automotive Retail Salesperson earns an average salary of C$38,834 per year. Pay for this job rises steadily for more experienced workers, but goes down significantly for the few employees with more than 20 years' experience. Most people move on to other jobs if they have more than 20 years' experience in this career. <P> 1 Average salaries for a sales manager are about $8,000-$10,000 per month with top performers earning $15,000 plus per month. 2 If you’re a top performer, they’ll give you a “demo” (free car provided by the dealership) to drive at no cost. 3 Almost all dealerships have excellent benefits plans. 1 For example, the top two or three sales people probably earn all of the bonuses. 2 The average salesperson sells about 8 vehicles per month and makes about $3,000 per month. 3 Top performers sell 20+ vehicles per month and make $12,000 – $15,000 plus per month with bonuses. <P> Average car salesman salary. The average car salesman’s salary, based on the salary of retail sales workers, is around $21,410. The average hourly rate is reported to be $10.29. These are according to the figures reported by the BLS. About 50% of these retail sales workers make around $36,516 per year. Aside from the basic car salesman’s salary, there are also bonuses of up to $12,164 and commissions ranging from $5,057 and $60,460. | C$12,431 and C$79,440 |
ways to remove the marks from your face | <P> The chemical that gives human skin its color is called melanin, and the production of too much in one area leads to freckles, liver spots, and other patches of darker skin. These dark spots on your face, which are also called hyper-pigmentation. 1 Mix well, and apply to your face. 2 Leave it on for 30 minutes, then rinse well. 3 Make a citrus and powdered milk scrub. 4 Combine 1 teaspoon each of water, powdered milk and the juice of your favorite citrus fruit. <P> How to use lemon Juice for acne scars. 1 Take a fresh lemon and squeeze out its juice. 2 If your skin is very sensitive, diliute lemon juice by mixing some rose water and then apply on your scars. 3 You can even mix a teaspoon of lemon juice with two teaspoons of Vitamin E oil and then apply this to your acne scars. 1 Now apply this mixture on your cotton ball to whole of your face or the area where you have acne scars. 2 Leave for about 10-15 minutes. 3 Wash off with water and pat dry. 4 Do this once every day for at least 2-3 weeks. <P> 2. Day to Day Skin Care: Wash your face daily with a mild cleanser which is good for solving your skin problems like too much of oil, dryness, blackheads and white heads. Avoid using harsh scrubs as they worsen acne. 3. Avoid too much of sun exposure: Sun rays irritate acne and that can cause blemishes. Read on to know how to remove skin blemishes from your face and elsewhere. 1. Prevention is better than cure: The best way to get rid of blemishes is to prevent the skin blemishes from occurring in the first place. <P> Most of the teenagers have acne and skin blemishes on face at some point of time during their lives. Many of the adults too have facial blemishes. You will find in this article the effective methods about how to remove blemishes from your face and have blemish free skin. Read on to know how to remove skin blemishes from your face and elsewhere. 1. Prevention is better than cure: The best way to get rid of blemishes is to prevent the skin blemishes from occurring in the first place. <P> 1 You can even mix a teaspoon of lemon juice with two teaspoons of Vitamin E oil and then apply this to your acne scars. 2 Vitamin E is a very good emollient with a lots of antioxidants that protects and even improves your skin texture. 1 Now apply this mixture on your cotton ball to whole of your face or the area where you have acne scars. 2 Leave for about 10-15 minutes. 3 Wash off with water and pat dry. 4 Do this once every day for at least 2-3 weeks. <P> 1 Try olive oil for a cheap natural method. 2 Massage the oil into your skin and let it sit for 10 minutes. 3 Then rinse your face with warm water. 4 Oils can help to soften the skin of a scar, making it appear less dry or cracked. 5 However, there is no evidence of their effectiveness in reducing pigmentation of a scar. 1 These can help to reduce puffiness and darkened scars, but won't remove a scar entirely. 2 Your dermatologist can dry dermabrasion. 3 This chemical procedure helps to resurface the skin and reduce the appearance of scars. 4 Microdermabrasion is less invasive and can help superficial scarring. <P> Orange Peels: Mince the orange peels in water and apply this pack on your face to remove skin blemishes including acne-scars and acne as well. 14. Carrots: Apply mashed carrots paste on skin blemishes or alternatively apply carrot juice to get rid of skin blemishes from your face and else where. To have blemish free skin follow above home remedies for getting rid of skin blemishes fast including facial blemishes. Read on to know how to remove skin blemishes from your face and elsewhere. 1. Prevention is better than cure: The best way to get rid of blemishes is to prevent the skin blemishes from occurring in the first place. <P> 1 Squeeze some juice and dab it on your skin. 2 Women have used straight lemon juice to lighten their skin for centuries, but you can use an orange, grapefruit or lime if you prefer. 3 Slice the fruit in half and squeeze the juice into a cup or bowl. 4 Using a cotton ball, dab it onto your dark spots. 1 Mix well, and apply to your face. 2 Leave it on for 30 minutes, then rinse well. 3 Make a citrus and powdered milk scrub. 4 Combine 1 teaspoon each of water, powdered milk and the juice of your favorite citrus fruit. <P> 1 Massage the oil into your skin and let it sit for 10 minutes. 2 Then rinse your face with warm water. 3 Oils can help to soften the skin of a scar, making it appear less dry or cracked. 4 However, there is no evidence of their effectiveness in reducing pigmentation of a scar. 1 These can help to reduce puffiness and darkened scars, but won't remove a scar entirely. 2 Your dermatologist can dry dermabrasion. 3 This chemical procedure helps to resurface the skin and reduce the appearance of scars. 4 Microdermabrasion is less invasive and can help superficial scarring. | Wash your face daily with a mild cleanser which is good for solving your skin problems like too much of oil, dryness, blackheads and white heads. |
what is a receptor biology | <P> Overview. Receptors are nature's transducers—they detect circulating hormones or substances released by nerve activity and elicit a biological response. Our research centers on specialized types of receptors called synaptic receptors, found on the surfaces of cells in close proximity to nerve terminals. <P> Receptor proteins are located in the cytoplasm, cell membrane, or nuclear membrane. 1. Cytoplasmic receptor proteins include those that respond to steroid hormones. Ligand activated receptors may enter the cell nucleus where they modulate gene expression. 2. <P> Receptor: 1. In cell biology, a structure on the surface of a cell (or inside a cell) that selectively receives and binds a specific substance. There are many receptors. There is a receptor for (insulin; there is a receptor for low-density lipoproteins (LDL); etc. To take an example, the receptor for substance P, a molecule that acts as a messenger for the sensation of pain, is a unique harbor on the cell surface where substance P docks. <P> In cell biology, receptors are special structures that can be found in cell membranes. These are made of protein molecules such as glycoproteins. Receptors bind (attach) to specialised molecules. If the receptor has this molecule, it is activated, but if it does not it is deactivated. <P> Cell surface receptors (membrane receptors, transmembrane receptors) take part in communication between the cell and the outside world. Extracellular signalling molecules (usually hormones, neurotransmitters, cytokines, growth factors or cell recognition molecules) attach to the receptor. | A structure on the surface of a cell (or inside a cell) that selectively receives and binds a specific substance. |
how much does match.com cost | <P> here s the breakdown of costs for basic match com subscriptions i ll tell you in a bit how to save big money off these prices 1 month $ 35 99 3 months $ 59 97 $ 19 99 per month 6 months $ 107 94 $ 17 99 per month comes with guarantee <P> the match com cost structure allows users to pay per month or for several months at a time options include paying monthly $ 34 99 per month paying for three months at a time $ 59 85 which equals $ 19 99 per month paying for six months at a time $ 101 94 which equals $ 16 <P> you asked how much does match com cost so here s the simple answer to the latest match subscription prices current match com subscription prices 1 month £ 29 99 3 months £ 59 97 £ 19 99 a month 33 % off 6 months £ 77 94 £ 12 99 a month 56 % off <P> the pricing differences for the sites are as follows match com costs $ 35 99 for one month of standard service then you can choose between a standard or premium package which rings in at $ 19 99 per month for a three month standard package and $ 23 99 per month for a premium three month package <P> well match com has two pricing structures the basic plan and the bundle plan basic plan a typical membership for match com is going to run you anywhere from $ 16 20 a month depending on the length of membership you get if you choose to only try one month of membership it s going to cost you more around $ 35 | $ 35 99 for one month of standard service then you can choose between a standard or premium package which rings in at $ 19 99 per month for a three month standard package and $ 23 99 per month for a premium three month package. |
what foods contain progesterone | <P> Some foods and herbs contain substances similar to estrogen and progesterone, and scientists have discovered a plant that contains progesterone. Plant hormones may offer a safer option for hormone replacement therapy. Synthetic hormones have a number of side effects and risks, such as breast cancer. <P> 6. Avoid all herbs that can increase levels of estrogen – with estrogen dominance, your progesterone levels are lower. These herbs include blue cohosh, black cohosh, dong quai, hops, lavender, licorice, motherwort leaf, rhodiola rose root, red clover blossom, saw palmetto berry, and tea tree oil. <P> Additional amounts, secreted by the ovaries, influence menstruation and pregnancy. Progesterone is not present in any food. However, there is research indicating that some foods -- such as fermented soy products and foods containing vitamins C and E -- might promote the body's production of progesterone. <P> Women with progesterone deficiency should definitely eat eggs. Dairy Products – Dairy products such as milk, cheese made from cow’s milk contain high amounts of progesterone. Cow’s milk is especially rich in progesterone. Chicken – White meats such as chicken also contain progesterone hormone in small quantity. However, these days, poultry are artificially impregnated with hormones. Consuming such meat may not be the best idea to increase your progesterone levels. We have talked about this issue in one of our Free Health Talks before. <P> Many sites, some of which cited medical information or studies, stated that there are foods that contain progesterone, such as chicken, lean red meat, nuts, seeds, avocados, and, especially, the yolk of eggs. Then, you come along with this no foods contain it, you cannot get it without eating the placenta stuff. <P> Eggs contain progesterone in abundant amounts; especially, egg yolk is very rich source. Women with the deficiency should definitely eat eggs. Dairy Products. Dairy products, such as milk, cheese made from cow's milk, contain high amounts of progesterone. <P> There are no foods that contain progesterone.It's an animal hormone and never found in plants. Not even soy beans or yams! Plants such as the soy bean, Dioscorea species of yams, fenugreek and many more, contain phytosterols, two such are stigmasterol and diosgenin. | None of the food |
how to insert in text citation apa | <P> In-text citation capitalization, quotes, and italics/underlining. 1 Always capitalize proper nouns, including author names and initials: D. Jones. 2 If you refer to the title of a source within your paper, capitalize all words that are four letters long or greater within the title of a source: Permanence and Change. If the author is not named in a signal phrase, place the author's last name, the year of publication, and the page number in parentheses after the quotation. She stated, Students often had difficulty using APA style (Jones, 1998, p. 199), but she did not offer an explanation as to why. <P> Add a new citation and source to a document. When you add a new citation to a document, you also create a new source that will appear in the bibliography. On the References tab, in the Citations & Bibliography group, click the arrow next to Style. Click the style that you want to use for the citation and source. Click at the end of the sentence or phrase that you want to cite. On the References tab, in the Citations & Bibliography group, click Insert Citation. Do one of the following: To add the source information, click Add New Source. To add a placeholder, so that you can create a citation and fill in the source information later, click Add new placeholder <P> In-text citations for Internet sources in an APA-style paper are virtually identical to standard citations. If the standard information regarding the paper's author and publication date are available, then this information is all that is necessary for a parenthetical citation. You also have the option of introducing the author's name as part of your text and using the parenthetical citation for just the publication year, like this: According to John Smith (2012), Internet citations are easy.. You may not always have access to publication dates or even to the author's name. <P> In APA style, source material is cited using a system that emphasizes the author and date of publication in its in-text citations. These in-text citations—used when source material is quoted, paraphrased, or summarized—point to full bibliographic citations located in the reference page at the end of the document. Use of Authors' Names. In APA style, only the author's last name is used in the document as a whole and within in-text citations in particular. If the author's name is mentioned in the text. Most often, an author's last name appears in the text with the date of publication immediately following in parentheses: <P> APA citation basics. When using APA format, follow the author-date method of in-text citation. This means that the author's last name and the year of publication for the source should appear in the text, for example, (Jones, 1998), and a complete reference should appear in the reference list at the end of the paper. If the author is not named in a signal phrase, place the author's last name, the year of publication, and the page number in parentheses after the quotation. She stated, Students often had difficulty using APA style (Jones, 1998, p. 199), but she did not offer an explanation as to why. <P> Instructions. Open the Word document. Click on the document where you wish to insert the new citation. Click the References tab on the command ribbon. Click the arrow in the Style text box. A list of styles includes MLA Sixth Edition and APA Fifth Edition.. Select the style for your research. <P> Insert a citation. In your document, click where you want to insert the citation. On the Document Elements tab, under References, click Manage. In the Citations List, double-click the source that you want to cite. The citation appears in the document. | 1. Click on the document where you wish to insert the new citation. 2. Click the References tab on the command ribbon. 3. Click the arrow in the Style text box. 4. A list of styles includes MLA Sixth Edition and APA Fifth Edition. 5. Select the style for your research.nstructions. 6. Open the Word document. 7. Click on the document where you wish to insert the new citation. 8. Click the References tab on the command ribbon. 9. Click the arrow in the Style text box. |
what is the main function of the golgi body in a plant cell | <P> It is also called the Golgi apparatus or Golgi complex. The function of the Golgi body includes sorting and processing proteins. After proteins are assembled in the rough endoplasmic reticulum, they travel to the Golgi body for processing and distribution throughout the cell or to an extracellular destination. <P> Michigan State University, East Lansing, MI 48824l, USA. ERD2-GFP targeted to Golgi bodies in an Arabidopsis trichome cell. The Golgi apparatus is an organelle that is central to the life of the plant cell and is composed of hundreds to thousands of mini-stacks that move in the cytoplasm. <P> The Golgi bodies receive proteins and other newly formed materials from the endoplasmic reticulum package them, and distribute them to other parts of the cell. <P> The Golgi apparatus (GA), also called Golgi body or Golgi complex and found universally in both plant and animal cells, is typically comprised of a series of five to eight cup-shaped, membrane-covered sacs called cisternae that look something like a stack of deflated balloons. <P> The function of the Golgi apparatus is that it modifies, sorts, and packages proteins. It receives protein from the endoplasmic reticulum (ER) and prepares them for secretion from the cell. This often involves adding carbohydrates to the proteins to make glycoproteins. <P> Golgi Apparatus. A major organelle in most eukaryotic cells is the structure of membrane-bound sacs called the Golgi apparatus (or Golgi body, Golgi complex, dictyosome). It acts to process and package the macromolecules such as proteins and lipids that are synthesized by the cell. It has been likened to the cell's post office. | It modifies, sorts, and packages proteins. |
how much is a course for cna? | <P> Attendance cost depends on the location of the school and state of residence but you can expect to pay from $300 to $600 for a typical nurse aide training class which lasts approximately six weeks. A certified nurse aide is usually payed by the hour and the amount you will earn varies in every state. If you work in a city you will receive a higher hourly salary than someone who does not. As an inexperienced nurse aide you can expect to earn a hourly wage of $8.00 to $11.00. The more experience you have the better your hourly pay will become. For example a nurse aide with at least one year of experience can expect to receive between $12.00 to $14.00 per hour. Most nursing homes pay the same hourly rates as hospitals and have very attractive benefits for their certified nurse aide employees. <P> Average Tuition Costs. The overall average tuition cost for in-state CNA students is about $71.50 per credit hour, and the average cost for out-of-state students is around $263.50 per credit hour. Of course, this varies depending on the school you choose to attend, and some facilities may charge a flat rate for the training program. Those were the average tuition costs and fees for most CNA programs today. However, it is essential to note that costs may vary significantly depending on the school you choose to train at. Additionally, some facilities such as the Red Cross may charge a flat rate cost of about $1,250 to $1,500. <P> Tuition for CNA programs will vary based on whether you enroll in a diploma program or an associate's degree program. As an example of tuition and fees, American Career College's medical assistant program runs about $17,000 for a nine-month program. An accelerated program totals about $13,000. This is broken into contact hours and clinic practice. State-approved programs offer a minimum of 75 hours of classroom instruction and clinical training. As an example, Daytona College's nursing assistant program divides 120 hours this way: Four weeks in class and two weeks in a clinical setting. <P> Report Abuse. I took a CNA course this semester at my community college. Many community college's are offering CNA courses now. It cost about $400 and there were 2 different classes. One that could be taken at nights but would take 15 weeks, and another that was during the day and would take 10 weeks. Some courses are 8 weeks long. That is probably the shortest amount of time you should anticipate being in the CNA program. <P> The training and state certification you receive, CNA License (after passing your state skills and knowledge test), is the same regardless of where you get the training or how much you pay for it. There are no restrictions on who can be a CNA based on gender. It cost about $400 and there were 2 different classes. One that could be taken at nights but would take 15 weeks, and another that was during the day and would take 10 weeks. Some courses are 8 weeks long. That is probably the shortest amount of time you should anticipate being in the CNA program. <P> To be a CNA all that is required is 75 hours of training (A few states require 100 hours), 40 hours of classroom and 35 hours of clinical. It cost about $400 and there were 2 different classes. One that could be taken at nights but would take 15 weeks, and another that was during the day and would take 10 weeks. Some courses are 8 weeks long. That is probably the shortest amount of time you should anticipate being in the CNA program. <P> To become a CNA, you'll need a high school diploma or GED, plus nursing assistant training. You can find these programs at community colleges, trade schools and medical facilities. Before enrolling, be sure the program is approved by your state's nursing board. CNA Pay and Benefits. CNA pay and benefits will depend on where you work, but the U.S. Bureau of Labor Statistics (BLS) 2014-15 Occupational Outlook Handbook lists the annual median salary for CNAs as $24,400. The lowest 10 percent earn less than $18,300, but the top 10 percent earn $35,330 | $71.50 per credit hour |
incubation time for HPV | <P> Over 90% of infections clear within 2 years. The incubation period is variable; it is probably three weeks to months for genital warts and several months to years for cervical cellular abnormalities, and decades for cervical cancer. The median duration of new cervical infections (measured by detection of HPV DNA) is 8 months but varies. <P> Some strains of Human Papilloma viruses are related to genital cancers. The hpv incubation period varies in women and is frequently diagnosed with a colposcopy after a Pap smear. There are about 30 types of Human Papilloma viruses that are sexually transmitted. The average is period is three months. The hpv incubation period varies in women and is frequently diagnosed with a colposcopy after a Pap smear. <P> However, it is important to note that as is the case with any viral infection, there is often a latency or incubation period involved with HPV infection. The genital warts incubation period can vary widely from individual to individual. In one person, it could be a mere two weeks. In another, it could be as long as several years. Because of this factor, determining the exact source of the infection can be difficult to impossible. <P> 1 An incubation period of several months usually is required between virus infection at delivery and clinical manifestations in the infant. 2 The average latency period is 3 months, but periods as long as 20 months have been reported. ]. 3 Approximately 5% of all births in the U.S. are at risk for neonatal HPV exposure. <P> The incubation period-the amount of time between contact with a person who has condyloma and the time you notice condyloma-typically ranges from three weeks to eight months, with an average of three months. There''s no way of telling when you are going to get symptoms, if you ever do. The incubation time for HPV is unknown. Sometimes it takes only a month, sometimes it takes several years. The longest I have ever heard was 11 years. <P> The incubation period for HPV ranges from 1 to 6 months; however, latency periods of up to 3 years or more are suspected. The lesions are present for several months and usually regress spontaneously within two years, although some may persist indefinitely. <P> Post 1. The incubation period for HPV is weeks or months. Human papillomavirus lives on the skin. Cancer can form only in advanced stages and not in every case. The disease can be transmitted from person to person even when the infected person doesn't have any signs of human papillomavirus. 10 hilariously insightful foreign words. The HPV incubation period is the time between exposure to one of the more than 100 human papillomaviruses, and the first appearance of symptoms. <P> The incubation period for HPV 16 to give rise to cervical cancer is quite long and rather variable. It has been estimated that among HPV 16-positive women, the median incubation period from first detected HPV infection to cervical carcinoma in situ was between 7 and 12 years. Women of all races had an HPV-16 prevalence of 17.9 percent, compared to 8 percent for men. African-American women age 20 to 29 had the highest prevalence of HPV-16 at 36 percent. African Americans overall had 19.1 percent prevalence, compared to 12.5 percent in white | 1 to 6 months |
what is a nuclear medicine physicist | <P> Nuclear Medicine Physicist. Nuclear medicine physicists work with nuclear imaging instrumentation and radiation dosimetry. They are considered experts in dealing with the interactions between ionizing radiation and matter. Many of them also have expertise in computer science and image processing. Nuclear medicine physicists have a master's or doctorate degree in one of the following fields: 1 Physics. 2 Medical Physics. 3 Radiologic Physics. 4 Engineering. 5 Applied Mathematics. 6 Other physical sciences. <P> Nuclear medicine is a medical specialty involving the application of radioactive substances in the diagnosis and treatment of disease. Nuclear medicine scans are usually conducted by nuclear medicine technologists. The nuclear medicine whole body bone scan is generally used in evaluations of various bone-related pathology, such as for bone pain, stress fracture, nonmalignant bone lesions, bone infections, or the spread of cancer to the bone. <P> Medical Physics (also called biomedical physics or medical biophysics or applied physics in medicine) is generally speaking the application of physics concepts, theories and methods to medicine or healthcare. In the case of hospital work the term 'Medical Physicist' is the title of a specific healthcare profession with a specific mission statement (see below). <P> The physicist is a key member of the nuclear medicine team and has specific responsibilities for the scientific and technical aspects of the service. The professional role of a nuclear medicine physicist will fall within some or all of seven main areas. <P> Medical Physics is: 1 Defined as the application of physics to the needs of medicine. 2 Launched by 2 Nobel prizes in physics; subsequently 2 Nobel prizes in Medicine or Physiology. 3 Responsible for the technical foundations of radiology, radiation oncology, and nuclear medicine. <P> Nuclear Medicine is a fascinating application of nuclear physics. The first ten chapters of this wikibook are intended to support a basic introductory course in an early semester of an undergraduate program. 1 Society of Nuclear Medicine-the main nuclear medicine society in the USA-describes what nuclear medicine is and how it relates to other medical imaging modalities. 2 Career information is also included. 3 American Society of Nuclear Cardiology-the main nuclear cardiology society in the USA. <P> Medical physics departments may be found in hospitals or universities. In the case of hospital work the term 'Medical Physicist' is the title of a specific healthcare profession with a specific mission statement (see below). <P> A nuclear medicine physicist with expertise in image reconstruction and data analysis is able to assist in determining the best possible approaches for processing various kinds of nuclear medicine studies. Nuclear medicine physicists have a master's or doctorate degree in one of the following fields: 1 Physics. 2 Medical Physics. 3 Radiologic Physics. 4 Engineering. 5 Applied Mathematics. 6 Other physical sciences. <P> Nuclear medicine myocardial perfusion scan with thallium-201 for the rest images (bottom rows) and Tc-Sestamibi for the stress images (top rows). The nuclear medicine myocardial perfusion scan plays a pivotal role in the noninvasive evaluation of coronary artery disease. The nuclear medicine whole body bone scan is generally used in evaluations of various bone-related pathology, such as for bone pain, stress fracture, nonmalignant bone lesions, bone infections, or the spread of cancer to the bone. <P> Nuclear medicine radiologists, also called nuclear radiologists, are physicians who use radioactive materials, called radiopharmaceuticals, to diagnose and treat disease. They employ such techniques as scintigraphy, which uses radiopharmaceuticals to produce images of the body's organs or to visualize certain diseases. Nuclear medicine physicists have a master's or doctorate degree in one of the following fields: 1 Physics. 2 Medical Physics. 3 Radiologic Physics. 4 Engineering. 5 Applied Mathematics. 6 Other physical sciences. | The physicist is a key member of the nuclear medicine team and has specific responsibilities for the scientific and technical aspects of the service. |
definition of impressed | <P> Definition of IMPRESS. 1. 2. 3. : the act of impressing. 4. a: a mark made by pressure: imprint b: an image of something formed by or as if by pressure; especially: seal c: a product of pressure or influence. <P> This is the British English definition of impressed. View American English definition of impressed. Change your default dictionary to American English. View the pronunciation for <P> 2. to produce (an imprint, etc) by pressure in or on (something): to impress a seal in wax; to impress wax with a seal. 3. (often foll by on) to stress (something to a person); urge; emphasize: to impress the danger of a situation on someone. <P> 1. To affect strongly, often favorably: wrote down whatever impressed me during the journey; was impressed by the child's sincerity. 2. To produce or attempt to produce a vivid impression or image of: a scene that impressed itself on her memory; parents that impress the value of money on their children. <P> 4. To apply with pressure; press: impressed the stamp onto the wax. n. (ĭm′prĕs′). 1. The act of impressing: a design left by impress of a seal. 2. A mark or pattern of influence produced by someone or something; an impression: a politician who left her impress on foreign policy. <P> Definition of IMPRESS. transitive verb. 1. a: to apply with pressure so as to imprint b: to produce (as a mark) by pressure c: to mark by or as if by pressure or stamping. 2. a: to produce a vivid impression of. 3. : transfer, transmit. intransitive verb. : to produce an impression. <P> 90% of the time, speakers of English use just 7,500 words in speech and writing. These words appear in red, and are graded with stars. One-star words are frequent, two-star words are more frequent, and three-star words are the most frequent. | To apply with pressure so as to imprint |
why is food genetically modified | <P> Harmful Effects of the Agent. Genetically modified organisms (GMOs) are a broad group of plants, animals, and bacteria that are engineered for a wide variety of applications ranging from agricultural production to scientific research. <P> No genetically modified varieties of rice, wheat, or potatoes are widely grown, because opposition to such foods has discouraged investment in developing them and because seed companies haven’t found ways to make the kind of money on those crops that they do from genetically modified corn and soybeans. In the United States, 76 percent of the crop is genetically modified to resist insects, and 85 percent can tolerate being sprayed with a weed killer. Such corn has, arguably, been a boon to farmers, reducing pesticide use and boosting yields. <P> The genetically modified foods controversy is a dispute over the use of food and other goods derived from genetically modified crops and other uses of genetic engineering in food production. Most food modifications have primarily focused on cash crops in high demand by farmers such as soybean, corn, canola, and cotton seed oil. These have been engineered for resistance to pathogens and herbicides and for better nutrient profiles. <P> Samuel LaHoz/Intelligence Squared U.S. Genomics researcher Alison Van Eenennaam, with Monsanto's Robert Fraley, argues that genetically modified foods have increased farmers' yields and profits around the world. Many plants we eat today are a result of genetic modifications that would never occur in nature. <P> Genetically modified (GM) foods are foods derived from organisms whose genetic material (DNA) has been modified in a way that does not occur naturally, e.g. through the introduction of a gene from a different organism. <P> 1. Genetically modified organisms (GMOs) can be defined as organisms (i.e. plants, animals or microorganisms) in which the genetic material (DNA) has been altered in a way that does not occur naturally by mating and/or natural recombination. These questions and answers have been prepared by WHO in response to questions and concerns from WHO Member State Governments with regard to the nature and safety of genetically modified food. <P> Yet it’s not clear whether that boom in transgenic crops has led to increased food production or lower prices for consumers. Take corn, for example. In the United States, 76 percent of the crop is genetically modified to resist insects, and 85 percent can tolerate being sprayed with a weed killer. Such corn has, arguably, been a boon to farmers, reducing pesticide use and boosting yields. <P> Corn used for food has been genetically modified to tolerate various herbicides and to express a protein from Bacillus thuringiensis (Bt) that kills certain insects. About 90% of the corn grown in the U.S. was genetically modified in 2010. Most food modifications have primarily focused on cash crops in high demand by farmers such as soybean, corn, canola, and cotton seed oil. These have been engineered for resistance to pathogens and herbicides and for better nutrient profiles. <P> Plants or animals that have had their genetic makeup altered to exhibit traits that are not naturally theirs. -From the glossary on the Monsanto website. Organisms in which the genetic material (DNA) has been altered in a way that does not occur naturally. -World Health Organization. “Genetically Engineered Foods”, “Genetically modified organisms,” or GMOs, are organisms that have been created through application of transgenic, gene-splicing techniques that are part of biotechnology. These transgenic methods for moving genes around are also called “genetic engineering,” or GE. <P> Our ability to manipulate plants by introducing new genes promises innovative solutions to these and many other real-world problems. Yet there is considerable opposition to the use of genetically modified plants for food production and other uses. Genetic engineering offers a time-saving method for producing larger, higher-quality crops with less effort and expense. | Foods derived from organisms whose genetic material (DNA) has been modified in a way that does not occur naturally, e.g. through the introduction of a gene from a different organism. |
the role of practitioners in early years | <P> Discuss the Role of the Early Years Practitioner in Planning Provision to Meet the Needs of the Child. Text Preview. Discuss the role of the early years practitioner in planning provision to meet the needs of the child. This essay aims to explore the role of the early years practitioner in planning provision to meet the needs of the child, simultaneously applying theoretical research and professional practice. <P> ll early years practitioners have a role to play in quality improvement by developing their personal and professional skills as reflective practitioners. Linda Thornton and Pat Brunton discuss what you can do. The quality of provision in any early years settings is dependent on the skills, attitudes, knowledge and experience of everyone who works there. Reflective practice is the key to quality improvement as it helps to identify the strengths and weaknesses of different aspects of a setting’s provision. <P> PRACTICE GUIDE: ROLE OF THE PRACTITIONER. A four-part series by Julie Fisher, with advice for practitioners on better understanding their role in supporting early learning and identifying what helps interaction with young children. <P> 1 - 24 of 1,429 ads. Classifieds related to: Early Years Practitioner role in jobs. Nursery Nurse/ Early Years Practitioner Kangacrew-Hounslow An excellent opportunity for a Level 3 Qualified Nursery Nurse, to join this nursery, in Hounslow. The role will be based in Hounslow. This is a prestigious nursery who are committed to providing high... Early Years Practitioner required to teach 2 - 3 year olds would you like to teach in one of London's top pre-prep schools? We are looking for a bright dynamic person to fill the role of Early Years ... Nursery Nurse/ Early Years Practitioner Hounslow An excellent opportunity for a Level 3 Qualified Nursery Nurse, to join this nursery, in Hounslow. The role will be based in Hounslow <P> Early Years. Gateway to writing – The crucial role of the Early Years practitioner. have sufficiently well developed motor control of their arm, wrist, hand and fingers to hold a. pencil effectively, controlling its movement and forming letters, or be able to use a keyboard. 15 of 24 The National Strategies Early Years Gateway to writing – The crucial role of the Early Years practitioner A menu. A child writing a menu for the class cafe café listed the food she would offer. customers <P> Your writing looks really interesting. 3 of 24 The National Strategies Early Years Gateway to writing – The crucial role of the Early Years practitioner And all the time adults are modelling for children the sort of language they will need when they marshal their ideas, at the point of writing. 15 of 24 The National Strategies Early Years Gateway to writing – The crucial role of the Early Years practitioner A menu. A child writing a menu for the class cafe café listed the food she would offer. customers <P> 6 of 24 The National Strategies Early Years Gateway to writing – The crucial role of the Early Years practitioner Surprises: letters or emails from a character in books the children know well Write letters to arrive unexpectedly and cause ripples of interest in the children. 15 of 24 The National Strategies Early Years Gateway to writing – The crucial role of the Early Years practitioner A menu. A child writing a menu for the class cafe café listed the food she would offer. customers <P> The Nursery Nurse / Early Years Practitioner is responsible for the working as part of a team within a room in the setting. Rooms differ from setting to setting but basically are in three categories – Babies (0-2 yrs) Toddlers (2-3yrs) Pre-School (3-5yrs). | Planning provision to meet the needs of the child, simultaneously applying theoretical research and professional practice. |
what is footprint | <P> In information technology, a footprint is the amount of space a particular unit of hardware or software occupies. Marketing brochures frequently state that a new hardware control unit or desktop display has a smaller footprint, meaning that it occupies less space in the closet or on your desk. <P> FootPrints is a web-based service desk application from BMC used to record and track support and customer service requests in departments across Indiana University. The UITS implementation of FootPrints includes workspaces, or queues, for over 100 separate units, services, and departments. <P> The water footprint is a measure of humanity’s appropriation of fresh water in volumes of water consumed and/or polluted. People use lots of water for drinking, cooking and washing but even more is used for growing our food and for making our clothing, cars or computers. <P> footprint. n. 1. an indentation or outline of the foot of a person or animal on a surface. 2. the shape and size of the area something occupies: enlarging the footprint of the building; a computer with a small footprint. <P> What is a carbon footprint-definition. The total amount of greenhouse gases produced to directly and indirectly support human activities, usually expressed in equivalent tons of carbon dioxide (CO2). <P> The water footprint measures the amount of water used to produce each of the goods and services we use. It can be measured for a single process, such as growing rice, for a product, such as a pair of jeans, for the fuel we put in our car, or for an entire multi-national company. <P> Water Fact: Only 5% of the average American water footprint is for home use, and close to half of that is for maintaining lawns and gardens.Let's find out what your home and garden gallons add up to first. <P> A carbon footprint is defined as: The total amount of greenhouse gases produced to directly and indirectly support human activities, usually expressed in equivalent tons of carbon dioxide (CO2). | amount of space a particular unit of hardware or software occupies |
what colors are the armenian flag | <P> The red color of the flag represents the sacrifice and blood of the Armenian soldiers spilled in various struggles in both past and present. The color orange is symbolic of the fertile lands of Armenia and the blue color stands for hope and aspiration for the progress of Armenia. The flag is in the ratio of 1:2. <P> (3 votes, average: 5.00 out of 5) Loading ... The state flag of Armenia is a rectangular panel with three equal horizontal stripes of red, blue and orange colors. Armenian flag colors Horizontal Tricolor – Red on top; Blue in the middle; and Orange on the bottom. Armenian flag Armenian flag meaning The red color represents the blood that was shed over centuries under foreign rule. <P> The flag is a tricolour with horizontal bands of equal width, red on the top, blue in the middle and down orange or the colour of apricot. In center the national flag has the coat of arms of Armenia. The meanings of the colors were various. <P> Armenian Flag Description: The Armenian flag consists of three equal sized horizontal stripes-the top stripe is red, the middle one blue and the bottom stripe is orange. Armenian Flag Meaning: There are conflicting views on the meaning of the Armenian flag's colors. <P> See also: List of Armenian flags. The national flag of Armenia, the Armenian Tricolour (Armenian: եռագույն, Yeřaguyn), consists of three horizontal bands of equal width, red on the top, blue in the middle, and orange (also described as colour of apricot) on the bottom. The Armenian Supreme Soviet adopted the current flag on 24 August 1990. <P> Armenia Flag-History. three equal horizontal bands of red (top), blue, and orange; the color red recalls the blood shed for liberty, blue the Armenian skies as well as hope, and orange the land and the courage of the workers who farm it. Armenia Flag-Colors. | Horizontal Tricolor – Red on top; Blue in the middle; and Orange on the bottom. |
average closing costs for buyer in las vegas | <P> Points, or money paid to lower the interest rate, can also vary from lender to lender. The single largest closing fee in Nevada is the title search and title insurance, which costs an average of $1,392. Another big chunk is the mortgage broker's origination fee at $966. <P> Las Vegas Home Selling – Closing Costs. December 1, 2012 By Cynthia Abel. It is important to have some idea as to what expenses will be involved when buying or selling a home. The items below are based upon what is customarily paid for by a buyer or seller in Clark County, Nevada. When Paid: at close of escrow. Commission fees are negotiable, and vary from broker to broker. Additionally, most brokers charge an marketing or processing fee. This fee can range from $350 on up. <P> By Hubble SmithLAS VEGAS REVIEW-JOURNAL. The average closing cost of buying a home in Nevada dropped to $3,414 this year, seventh-lowest in the nation and down 20 percent from a year ago, Bankrate.com reported in its June survey. The single largest closing fee in Nevada is the title search and title insurance, which costs an average of $1,392. Another big chunk is the mortgage broker's origination fee at $966. <P> How much is this abode going to cost, cash up front? Well, Ralph Rate, the friendly lender fella down at National Liberty Freedom Republic Fidelity says that I can put down anywhere from 3% to 20% but there will be additional CLOSING COSTS. Assumption Fee. If you are assuming the seller's existing loan, the lender will charge this fee. On VA or FHA no-qualifying loans the fee is $125 on qualifying $500-700. Other types up to 1%. <P> Heres the scoop. Closing costs are a bunch of separate fees that both the buyer and seller pay at closing. Some fees are paid by the seller, some by the buyer, and some are split 50-50. When you go to the closing, thats where you sign all the final documents, the closer (escrow officer) will give you a settlement sheet. Assumption Fee. If you are assuming the seller's existing loan, the lender will charge this fee. On VA or FHA no-qualifying loans the fee is $125 on qualifying $500-700. Other types up to 1%. <P> Nevada closing costs. Mortgage » Closing Costs » United States » Nevada Closing CostsLoan amount: $200,000Nevada closing costsOverviewAverage origination fees charged by lenders$1,002Average third-party fees$848Average origination plus third-party fees$1,850Itemized fee averages Below are listed the averages for fees. <P> The Real Property Transfer Tax is a tax collected when a home is sold in the state of Nevada. The County Recorder collects it at the time of recording and is part of the seller's closing costs. In Clark County NV (Las Vegas, Henderson, etc.), the rate is $5.10 per $1,000 of value. This is approximately 112 % of the sale price of a home. If a typical home sells for $250,000 the transfer tax would then be $1,300. This cost is typically a seller cost but can be negotiated <P> 3% closing costs is an average BUT if you are purchasing a home for $100K than that is only $3000 which will not normally be enough for those who are purchasing a home with a loan. Of course if you are purchasing a home for $200K, 3% would equal $6K and that should obviously be more than enough. Valerie Edwa, Agent, , Closing costs vary depending on the purchase price of the home. As an example, at a purchase price of $100K, the escrow fee would be approximately $200 where as a home at $400K is closer to $400. Buying a home cash allows you to not purchase Title/lender insurance which could be as high as $1600 on the $400K home | $5.10 per $1,000 of value. |
best treatment for being of alzheimer's disease | <P> There is currently no cure for Alzheimer's disease, although medication is available that can temporarily reduce some symptoms or slow down the progression of the condition in some people. Support is also available to help someone with the condition cope with everyday life. <P> Download a PDF of Drug treatments for Alzheimer's disease. There are no drug treatments that can cure Alzheimer's disease or any other common type of dementia. However, medicines have been developed for Alzheimer's disease that can temporarily alleviate symptoms, or slow down their progression, in some people. <P> A. A. Right now, there is no cure for Alzheimer's disease. Once a person starts showing signs – memory loss and problems with learning, judgment, communication, and daily life -- there aren’t any treatments that can stop or reverse them. But there are medicines that can ease some of the symptoms in some people. <P> Medications Can Treat Symptoms. There is no known cure for Alzheimer's disease, but there are medicines that can treat symptoms of the disease. Most Alzheimer’s medicines work best for people in the mild or moderate stages of the disease. For example, they can keep memory loss from getting worse for a time. <P> Drug treatment for Alzheimer's disease is important, but the benefits are small, and drugs should only be one part of a person's overall care. Non-drug treatments, activities and support are just as important in helping someone to live well with Alzheimer's disease. <P> Currently, there is no cure for Alzheimer's. But drug and non-drug treatments may help with both cognitive and behavioral symptoms. Researchers are looking for new treatments to alter the course of the disease and improve the quality of life for people with dementia. | There are no drug treatments that can cure Alzheimer's disease. However, some medicines can treat temporarily alleviate symptoms. |
what was the outcome of the treaty of Neuilly for germany | <P> The main terms of the Treaty of Versailles were. 1 Germany had to cede Alsace-Lorraine to France. 2 Germany had to cede the coal mines in the Saar-area to France. 3 Germany had to cede an area that included Moresnet, Eupen, Malmedy malmédy And. St vith To. belgium The Treaty of Versailles related to provisions set for the Germany government. Other treaties laid out terms for other major defeated powers: The Treaty of St. Germain for Austria, The Treaty of Trianon for Hungary, The Treaty of Neuilly for Bulgaria and the Treaty of Serves for Turkey. <P> The Other Defeated Nations. The Treaty of Versailles determined the punishment that Germany should face. Other treaties determined the fate of those countries that had fought with Germany-Austria-Hungary, Bulgaria and Turkey. Austria and Hungary were divided and therefore signed separate treaties. Land-Austria lost land to Italy, Czechoslovakia and Serbia (Yugoslavia). Army-To be reduced to 30,000 men. Terms of the Treaty of Versailles. There were a total of 440 clauses in the final treaty. The first 26 clauses dealt with the establishment of the League of Nations. The remaining 414 clauses spelled out Germany's punishment. <P> 1 Neuilly, Treaty of, November 27, 1919, the peace treaty signed by defeated Bulgaria and the World War I victors. 2 Bulgaria was forced to reduce its army to 20,000 men, cede lands to Yugoslavia and Greece that involved the transfer of 300,000 people. 3 Bulgarian army was limited to 20,000 men. 1 The treaty officially registered the breakup of the Habsburg Empire, recognizing the independence of Czechoslovakia, Poland, Hungary, and the Kingdom of the Serbs, Croats, and Slovenes (Yugoslavia) and ceding eastern Galicia, Trento, southern Tirol, Trieste, and Istria. <P> The Treaty of Neuilly-sur-Seine required Bulgaria to cede various territories, after Bulgaria had been one of the Central Powers defeated in World War I. The treaty was signed on 27 November 1919 at Neuilly-sur-Seine, France. The treaty required Bulgaria. 1 to cede Western Thrace to the Entente (which awarded it to Greece at the San Remo conference) thereby cutting off Bulgaria's direct outlet to the Aegean Sea. Territories ceded by the treaty to the then Kingdom of Serbs, Croats and Slovenes cover an area of 1,545 km 2 (597 sq mi) in what is now Serbia and 1,028 km 2 (397 sq mi) in what is now the Republic of Macedonia. <P> The Treaty of Neuilly, strictly the Treaty of Neuilly-sur-Seine, was signed with Bulgaria after World War One had ended. The treaty was signed on November 27th 1919. As Bulgaria had been one of the allies of Germany during World War One, the victorious nations were in no mood to be either sympathetic or charitable to Bulgaria. As with the other settlements after the war, land was taken from Bulgaria and reparations were required. When World War Two broke out, Bulgaria sided with Nazi Germany and reclaimed all the land taken from her by the Treaty of Neuilly. By the time World War Two ended, Bulgaria’s effective independence was also ended. <P> When the Bulgarian people learned of the terms of the Treaty of Neuilly, they were outraged. However, they were not in a position to do anything about the terms in 1919. When World War Two broke out, Bulgaria sided with Nazi Germany and reclaimed all the land taken from her by the Treaty of Neuilly. By the time World War Two ended, Bulgaria’s effective independence was also ended. <P> The Treaty of Neuilly-sur-Seine required Bulgaria to cede various territories, after Bulgaria had been one of the Central Powers defeated in World War I. The treaty was signed on 27 November 1919 at Neuilly-sur-Seine, France. The treaty required Bulgaria. The Treaty of Neuilly was one of the series of treaties after World War I, which included the Treaty of Versailles, the Treaty of Saint-Germain, the Treaty of Trianon, and the Treaty of Sevres, sèvres which were intended to diminish the military and political strength of the defeated members of The Central. powers <P> The Treaty of Versailles was a peace treaty between the five nations, France, Germany, Britain, Austria-Hungary and the United States after World War I. | World War One |
package insert for the varicella vaccine | <P> 1 Revise the Package Insert and the Patient Product Information sheet for the refrigerator-stable and frozen formulations to include “varicella (vaccine strain)”. 2 September 29, 2011 Approval Letter-Varivax. 3 To extend the storage time for the Frozen Formulation from 3 days to 8 days when stored at 2°C to 8°C. 1 June 3, 2009 Approval Letter-Varivax. 2 To include use of a Patient Package Insert. 3 October 30, 2008 Approval Letter-Varivax. 4 To remove the phrase “(Oka/Merck)” from the generic name on the product carton and container labeling, and from the package insert. <P> The first dose is usually administered at 12 to 15 months of age but may be given anytime through 12 years of age. If a second dose of measles, mumps, rubella, and varicella vaccine is needed, ProQuad may be used. 7.5 Use With Other Vaccines At least 1 month should elapse between a dose of a measles-containing vaccine such as M-M-R II and a dose of ProQuad, and at least 3 months should elapse between administration of 2 doses of ProQuad or varicella-containing vaccines. <P> Avoid use of salicylates (aspirin) or salicylate-containing products in children and adolescents 12 months through 17 years of age for six weeks following vaccination with VARIVAX because of the association of Reye syndrome with aspirin therapy and wild-type varicella infection. 4.1 Severe Allergic Reaction. Do not administer VARIVAX to individuals with a history of anaphylactic or severe allergic reaction to any component of the vaccine (including neomycin and gelatin) or to a previous dose of a varicella-containing vaccine. <P> Adolescents (≥ 13 years of age) and Adults Two doses of vaccine, to be administered with a minimum interval of 4 weeks between doses [see Clinical Studies (14.1)] . 2.2 Reconstitution Instructions When reconstituting the vaccine, use only the sterile diluent supplied with VARIVAX. Provide a copy of the patient information (PPI) located at the end of this insert and discuss any questions or concerns. Inform patient, parent, or guardian that vaccination with VARIVAX may not result in protection of all healthy, susceptible children, adolescents, and adults. <P> These recommendations represent the first statement by the Advisory Committee on Immunization Practices (ACIP) on the use of live, attenuated varicella virus vaccine -- VARIVAX -- manufactured by Merck and Company, Inc. and licensed in March 1995 for use in healthy persons greater than or equal to 12 months of age. Because natural VZV infection can be severe in older adolescents and adults, varicella immunity is desirable in these age groups. Persons greater than or equal to 13 years of age should be administered two 0.5-mL doses of vaccine, subcutaneously, 4-8 weeks apart. <P> Transmission of vaccine virus from a mother who did not develop a varicella-like rash to her newborn infant has also been reported. Herpes Zoster Overall, 9454 healthy children (12 months to 12 years of age) and 1648 adolescents and adults (13 years of age and older) have been vaccinated with VARIVAX in clinical trials. Provide a copy of the patient information (PPI) located at the end of this insert and discuss any questions or concerns. Inform patient, parent, or guardian that vaccination with VARIVAX may not result in protection of all healthy, susceptible children, adolescents, and adults. <P> 1 To remove the phrase “(Oka/Merck)” from the generic name on the product carton and container labeling, and from the package insert. 2 April 5, 2005 Approval Letter-Varivax. 3 New Indication: Optional second dose for children 12 months to 12 years of age. 1 June 3, 2009 Approval Letter-Varivax. 2 To include use of a Patient Package Insert. 3 October 30, 2008 Approval Letter-Varivax. 4 <P> This website is supported in part by a cooperative agreement from the National Center for Immunization and Respiratory Diseases (Grant No. 5U38IP000290) at the Centers for Disease Control and Prevention (CDC) in Atlanta, GA. <P> ----------------------------INDICATIONS AND USAGE---------------------------- VARIVAX is a vaccine indicated for active immunization for the prevention of varicella in individuals 12 months of age and older. Nine hundred eighty-one (981) subjects in a clinical trial received 2 doses of VARIVAX 3 months apart. and were actively followed for 42 days after each dose. The 2dose regimen of varicella vaccine had a -. safety profile comparable to that of the 1dose regimen. <P> VARIVAX® Varicella Virus Vaccine Live Suspension for subcutaneous injection Initial U.S. Approval: 1995 ----------------------------INDICATOI NS AND USAGE---------------------------- VARIVAX is a vaccine indicated for active immunization for the prevention of varicella in individuals 12 months of age and older. Provide a copy of the patient information (PPI) located at the end of this insert and discuss any questions or concerns. Inform patient, parent, or guardian that vaccination with VARIVAX may not result in protection of all healthy, susceptible children, adolescents, and adults. | April 5, 2005 Approval Letter-Varivax. 3 New Indication: Optional second dose for children 12 months to 12 years of age. June 3, 2009 Approval Letter-Varivax. 2 To include use of a Patient Package Insert. 3 October 30, 2008 Approval Letter-Varivax. |
what is government of india | <P> India has adopted parliamentary system of government which is based on universal adult franchise. The Government of India is of a democratic form which means it is a government 'by the people, for the people and of the people'. In this parliamentary system of government, parliament is supreme and there is fusion of Executive and Legislative powers. The President is the constitutional head of the Executive. <P> According to its constitution, India is a “sovereign, socialist, secular, democratic republic.” India has a federal form of government. However, the central government in India has greater power in relation to its states, and its central government is patterned after the British parliamentary system.he Structure of Government of India. The union government, as India’s central government is known, is divided into three distinct but interrelated branches: legislative, executive, and judicial. <P> In the Indian Ocean, India is in the vicinity of Sri Lanka and the Maldives; in addition, India's Andaman and Nicobar Islands share a maritime border with Thailand and Indonesia. Executive: The President of India is the head of state and is elected indirectly by a national electoral college for a five-year term. 2 The Prime Minister of India is the head of government and exercises most executive power. <P> India is a multiparty democracy. Like the United Kingdom, it has a parliamentary system of government. Like the United States, India has a federal structure of government, in which the constitution divides power between the central government and the state governments. India's present constitution went into effect on January 26, 1950. It has been amended numerous. India... <P> Government. India is a federal state with a parliamentary form of government. It is governed under the 1949 constitution (effective since Jan., 1950). The president of India, who is head of state, is elected for a five-year term by the elected members of the federal and state parliaments; there are no term limits. <P> The (Indian) Union Government or the Central Government (as opposed to State Governments) governs the union of 28 states and 7 Union Territories (UTs). This union is the Republic of India. The seat of the government is the Indian Capital-New Delhi. The government has three branches: the executive, the legislative and the judiciary. <P> India, officially the Republic of India (Bhārat Gaṇarājya), is a country in South Asia. It is the seventh-largest country by area, the second-most populous country with over 1.2 billion people, and the most populous democracy in the world. Executive: The President of India is the head of state and is elected indirectly by a national electoral college for a five-year term. 2 The Prime Minister of India is the head of government and exercises most executive power. <P> Indian has a Parliamentary form of government. The constitutional head of the Indian Executive is the President. The council of the Parliament consists of the President, the Upper House-the Council of States (Rajya Sabha) and the Lower house, the House of the People (Lok Sabha).his union is the Republic of India. The seat of the government is the Indian Capital-New Delhi. The government has three branches: the executive, the legislative and the judiciary. <P> India has a federal government, with elected officials at the federal (national), state and local levels. On a national level, the head of government, the Prime Minister, is elected appointed by the president of India amongst the party which won the majority seats in Loksabha.tate governments in India are the governments ruling States of India and the chief minister heads the state government. Power is divided between union government and state governments. State government's legislature is bicameral in 7 states and unicameral in the rest. <P> Government of India. The Government in India or the central or the union government is divided into three main sections namely the executive, legislature and the judiciary shown as under. The responsibility of each section of the government is also mentioned along. | India has a federal government, with elected officials at the federal (national), state and local levels. On a national level, the head of government, the Prime Minister, is elected appointed by the president of India amongst the party which won the majority seats in Loksabha. State governments in India are the governments ruling States of India and the chief minister heads the state government. |
how much do nurses make per hr | <P> The starting salary of a Registered Nurse can range from around $28,000-$50,000 per year on average. The starting hourly wage of an RN can range from $16.50-26.00 per hour. This salary will increase over time, as nurses gain experience, certifications, and specialize in a specific area. <P> Job postings on Indeed.com show the annual income of a nurse practitioner as of June 2012 ranged from $52,000 to $122,000. If the nurse practitioner worked a standard 40-hour week, those salaries would translate to $58.65 and $25.00 an hour, respectively. The average nurse practitioner salary as of June 2012 was $95,000, or $45.67 an hour, according to Indeed.com. Region and Work Setting. The average hourly wage in the West in 2012 was $44.88 based on a standard 40-hour work week, according to The Clinical Advisor. Nurse practitioners in the Northeast averaged $44.93 an hour, those in the South averaged $42,68 and those in the Midwest earned an average of $41.14 an hour. <P> Atlanta was next, with an annual salary of $101,000 and an hourly rate of $48.56. Minneapolis was considerably lower, at an average of $81,000 a year and $38.94 an hour. Nurse practitioners who worked in an urban setting earned $43.89 an hour on average. Region and Work Setting. The average hourly wage in the West in 2012 was $44.88 based on a standard 40-hour work week, according to The Clinical Advisor. Nurse practitioners in the Northeast averaged $44.93 an hour, those in the South averaged $42,68 and those in the Midwest earned an average of $41.14 an hour. <P> New graduate nurses in California make between $40 to $46 per hour, depending on geographic location. The highest starting salaries in California are around $83,000 per year. And in some areas, sign on bonuses are being advertised at up to $10,000. The more education and experience you have, the more money you can earn. For example nurse practitioners make over $89,000 per year. <P> Home health service RN’s earn an estimated $67,880 ($32.64 hourly). For nursing and residential care facilities, the average annually salary is around $62,440 or $28.28 per hour. Finally, in offices of physicians, a RN can earn an average of $58,420 ($30.02 per hour). In 2014, the top paying state for a registered nurse was California with an average annual salary of $98,440 ($47.31 an hour). <P> How much does a nurse make? According to the Bureau of Labor Statistics record for May 2012, the mean annual registered nurse salary is $67,930, which translates to $32.66 per hour. The lowest ten percentile in the field earns an average of $45,040, while the top ten percentile makes $94,720 annually. <P> Registered Nurse Salary. As stated on the bls.gov website, the median average wage for a RN (Registered Nurse) was around $69,790 or about $33.55 as an hourly rate in 2014. The lowest paid 10% of employed RN’s made less than $45,880 ($22.06 per hour), and the upper 10% percent made more than $98,880 ($47.54 per hour). Finally, in offices of physicians, a RN can earn an average of $58,420 ($30.02 per hour). In 2014, the top paying state for a registered nurse was California with an average annual salary of $98,440 ($47.31 an hour). <P> Best Answer: I just graduated from nursing school. The average to start was $19-$22 at different hospitals around here (PA). I work in the ER and make $21.23/ hour. It really depends on where you are going to work and at what facility. That's just what you make wage wise, there is so much more to nursing, and it has been a very rewarding job so far. <P> Average Nursing Pay in the United States. According to the Bureau of Labor Statistics, registered nurses earned an average of $33.23 per hour across all specialties as of May 2011, and a mean annual income of about $69,110. However, the practice area of a nurse can have a large impact on expected salary. A salary survey conducted by RN Magazine in April 2009 found that pediatric nurses earned an average of $31 per hour, similar to the average hourly pay earned by RNs specializing in oncology and ambulatory surgery. By comparison, geriatric nurses reported an average wage of just $22 per hour in 2009, while outpatient nurses reported a very high average hourly pay of $39. <P> In Canada, Neonatal Nurse receives basically the same average salary with the salary as other registered nurses. Neonatal nurse receives an average pay of $41,437 to $80,103 per annum. C$55,626 is the mean average yearly salary. In the United States, a new neonatal nurse receives a median national salary of $50,241 per annum. A newly practicing nurse with less than 1 year of experience receives a national hourly rate of $22.67 while a neonatal nurse with 1 to 4 years of experience collects a national hourly rate of $23.55. | The starting salary of a Registered Nurse can range from around $28,000-$50,000 per year on average. The starting hourly wage of an RN can range from $16.50-26.00 per hour. |
what is msm related to hiv | <P> HIV/AIDS epidemics among men who have sex with men (MSM) in Africa, Asia, Latin America and the Caribbean, and the CIS. <P> 1 Hepatitis A is preventable with a vaccine, and the vaccine is recommended for people with HIV if some other risk factor is present (e.g., on the basis of medical, occupational, lifestyle, or other indications). This condition is often caused by a virus. In the United States, the most common causes of viral hepatitis are hepatitis A virus (HAV), hepatitis B virus (HBV), and hepatitis C virus (HCV). <P> In many developed countries HIV is more prevalent among men who have sex with men (MSM) than among the general population. In the United States in 2005, MSM, African Americans, and persons engaging in high-risk heterosexual behavior accounted for respectively 49%, 49%, and 32% of new HIV diagnoses. <P> This fundraising toolkit was developed to assist community-based organizations (CBOs) that provide HIV-related programs and services for gay and bisexual men, other men who have sex with men (MSM), and transgender individuals. In this guide, a number of key questions are answered: <P> Intertwining health problems – syndemics – are associated with higher viral load and poorer adherence in HIV-positive men who have sex with men (MSM) taking antiretroviral treatment (ART), investigators from the United States report in the online edition of AIDS. Men who have sex with men account for approximately two-thirds of new HIV diagnoses in the United States. There are great hopes that the use of antiretroviral treatment as prevention will help curtail the epidemic in this population. However, only 28% of people with HIV in the US have an undetectable viral load. <P> MSM have engaged in a hierarchy of strategies for maintaining safer sex that are fluid and context-dependent. Most MSM are able to manage sexual risk with effective strategies such as monogamy with concordant partners, consistent condom use with repeated testing, condom use outside of relationship or abstinence. Only recently have HIV+ MSM been targeted with messages and programs featuring “prevention altruism” that make use of MSM’s strengths. HIV prevention efforts need broader, more emotionally-resonant concepts that build on what is good in MSM’s lives. <P> In the United States, HIV is spread mainly by. 1 Having sex with someone who has HIV. 2 In general: 3 Anal sex is the highest-risk sexual behavior. 4 Receptive anal sex (bottoming) is riskier than insertive anal sex (topping). 5 Vaginal sex is the second highest-risk sexual behavior. 1 <P> HIV severely affects gay and bisexual men—more than any other group in the United States. Gay and bisexual men make up about 2% of the overall population, but account for approximately two-thirds of all new HIV infections each year. 1 Having sex with someone who has HIV. 2 In general: 3 Anal sex is the highest-risk sexual behavior. 4 Receptive anal sex (bottoming) is riskier than insertive anal sex (topping). 5 Vaginal sex is the second <P> Since reports of the human immunodeficiency virus (HIV) virus began to emerge in the United States in the 1980s, the HIV epidemic has frequently been linked to gay, bisexual, and other men who have sex with men (MSM) by epidemiologists and medical professionals. Men who have sex with men (abbreviated as MSM, also known as males who have sex with males) are male persons who engage in sexual activity with members of the same sex, regardless of how they personally identify themselves. <P> HIV is transmitted by contact with the blood or other body fluids of an infected person. This can occur during unprotected sex or through sharing injecting drug-use equipment. In addition, untreated infected women can pass HIV to their infants during pregnancy, delivery, and breastfeeding. | Human immunodeficiency virus (HIV) virus began to emerge in the United States in the 1980s, the HIV epidemic has frequently been linked to gay, bisexual, and other men who have sex with men (MSM) by epidemiologists and medical professionals. |
what is anterior osteophytes | <P> Adorable animal families that will make you aww. Osteophytes is the medical name for the overgrowth of bone tissue more commonly called bone spurs .. Despite the term spurs, they are actually small round lumps of extra bone that grow around joints. Osteophytes are the body’s attempt to compensate for existing bone and ligament degeneration due to age or injury. <P> By Michael Perry, M.D. Anterior osteophytes are bone spurs that develop on the front, or anterior aspect, of the vertebrae. They appear to be more common in the cervical spine (neck) than in other spinal segments, as the neck is considerably more prone to degenerative conditions that contribute to osteophyte formation. Anterior osteophytes develop on the front side of the vertebrae, largely because the spine’s structure allows the anterior side to compress further than the posterior. The result is that anterior osteophytes tend to be larger and, therefore, more problematic than posterior osteophytes <P> Bone spurs that behind an anatomical structure are called posterior osteophytes. Physicians frequently refer to spurs forming in front of structures as anterior osteophytes. These growths occur along the edges of any bone in the body because of cartilage breakdown, connective tissue calcification, or trauma. <P> Osteophytosis. Osteophytes, more commonly known as bone spurs, are outgrowths of bone tissue that form around damaged joints. This bone growth is thought to be a compensatory response to bone and ligament damage, and is meant to restrict movement of the joint to protect from further damage. <P> Osteophytes form because of the increase in a damaged joint's surface area. This is most common from the onset of arthritis. Osteophytes usually limit joint movement and typically cause pain. Osteophytes form naturally on the back of the spine as a person ages and are a sign of degeneration in the spine. In this case, the spurs are not the source of back pains, but instead are the common symptom of a deeper problem. Osteophytes, commonly referred to as bone spurs or parrot beak, are bony projections that form along joint margins. They should not be confused with enthesophytes, which are bony projections that form at the attachment of a tendon or ligament. <P> Lumbar osteophytes, or bone spurs, are growths that form on the joints in the lower back as a result of degenerative changes to the spine. Lumbar osteophytes, also known as bone spurs, are smooth growths that form on the facet joints and/or around the vertebrae in the lower spine. | Bone spurs that develop on the front, or anterior aspect, of the vertebrae. |
who uses the krone currency | <P> Country Information. The Danish krone, also denoted by DKK, is the currency used in Denmark and the Danish dependency of Greenland. The krone, subdivided into 100 ore, is closely pegged to the euro. Prior to the introduction of the euro, the DKK was pegged to the German Mark. The Danish krone was first established in 1873. <P> The Danish krone, also denoted by DKK, is the currency used in Denmark and the Danish dependency of Greenland. The krone, subdivided into 100 ore, is closely pegged to the euro. Prior to the introduction of the euro, the DKK was pegged to the German Mark. The Danish krone was first established in 1873. <P> NOK-Norwegian Krone. Norway, Krone. The Norwegian Krone is the currency of Norway. Our currency rankings show that the most popular Norway Krone exchange rate is the NOK to EUR rate. The currency code for Kroner is NOK, and the currency symbol is kr. Below, you'll find Norwegian Krone rates and a currency converter. <P> Danish currency is the currency of Denmark and is called the krone (kroner in the plural; international code DKK). Danish kroner are also legal tender in Greenland and the Faroe Islands. The krone came into being with the Scandinavian Monetary Union and was thus once the currency of Denmark, Sweden, and Norway. | Denmark, Greenland and Faroe Islands. |
how many ft are in a meter | <P> More precisely, it is 3.2808399 feet. If 3.28 feet = 1 meter, divide each side of the equation by 3.28 to find what 1 foot equals in meters. Example: 3.28/3.28 feet = 1/3.28 meters Simplifying the fractions, 1 foot = .3048 meters (30.48 centimeters or 304.8 millimeters). 1 meter=3.2808399 feet. There are 3.28 feet in a meter. <P> 1 meter is approximately 3.28 feet. Should you wish to convert from feet to meters in your head, divide the figure by 3 for a very rough approximation. Converting meters to inches. There are approximately 39.37 inches in 1 meter. If you want to calculate a rough estimate in your head, multiply your meters figure by 40. <P> Multiply or divide your measurement by a conversion factor. Because there are 3.28 feet in a meter, take your measurement (in feet) and divide it by 3.28 to convert to meters. You can also multiply your measurement in feet by 0.3048 to get the exact same answer because there are 0.3048 meters in a foot. 1 For instance, let's say we want to know how tall we are in meters. 2 If we're exactly 6 feet tall, we would divide 6/3.28 = 1.83 meters. <P> 1 Meter = 3.2808399 Feet. Meter (metre in british english) is a metric system base length unit and defined as the length of the path travelled by light in vacuum during a time interval of 1/299,792,458 of a second. The abbreviation is m. Foot is an imperial, U.S. customary length unit. It is defined as 0.3048 meters. <P> 1 meter = 3.2808399 feet (3 feet 3⅜ inches). If 3.28 feet = 1 meter, divide each side of the equation by 3.28 to find what 1 foot equals in meters. Example: 3.28/3.28 feet = 1/3.28 meters Simplifying the fractions, 1 foot = .3048 meters (30.48 centimeters or 304.8 millimeters). | 3.28 Feet |
what is lumbar facet arthropathy | <P> 1 Facet Arthropathy: An Arthritic Back Facet arthropathy (FA) is a form of degenerative arthritis that affects the spine. 2 It targets the facet joints of the spine and causes arthritis-like pain in the back. 3 Facet 4 …. Lumbar Facet Arthropathy: Treating Lower Back Pain Lower back pain is a common problem in the modern world. The ICD-9 code for lumbar facet arthropathy is 721.3. Lumbar facet arthropathy is a degenerative condition of the lumbar facet joints in the spine which shows arthritic ch … anges. <P> (Redirected from Hypertrophic facet arthropathy). Facet syndrome is a syndrome in which the zygapophysial joints (synovial diarthroses, from C2 to S1) cause back pain. 55% of facet syndrome cases occur in cervical vertebrae, and 31% in lumbar. <P> Hypertrophic facet arthropathy. This disease refers the degeneration of those facet joints that connect vertebrae with one another. This is due to the loss of cartilage with the passage of time. Hypertrophic facet arthopathy is a very common reason of neck and back pain. Facet arthropathy Causes. 1 The real cause of facet arthropathy is yet to be diagnosed but generally it is observed that degeneration of facet joints is the main cause of it. 2 Fracture or torn ligaments may also be a reason. 3 Reduction of space between two vertebrae that compels facet joint to rub against each other. <P> Just like the hip and the knee, the facet joints can also become arthritic and painful, and they can be a source of back pain. The pain and discomfort that is caused by degeneration and arthritis of this part of the spine is called facet arthropathy, which simply means a disease or abnormality of the facet joints. The ICD-9 code for lumbar facet arthropathy is 721.3. Lumbar facet arthropathy is a degenerative condition of the lumbar facet joints in the spine which shows arthritic ch … anges. <P> Facet Arthropathy and Back Pain. Facet arthropathy is another name for facet arthrosis, facet joint arthritis or facet joint syndrome. Arthropathy means a painful or diseased condition and the term facet denotes that this condition affects the spinal facet joints, also known as zygapophysial joints. <P> To find out if facet arthropathy is causing your back pain, your doctor may order the following tests: 1 A CT scan (CAT scan) or MRI, which shows evidence of facet joint degeneration, even in most people who only have mild to moderate pain. 2 A bone scan, which shows areas of active inflammation in the spine. <P> Lumbar facet arthropathy. Keywords; lumbar facet arthropathy, low back and leg pain, chiropractic, help for sciatica. Nope, this is not a porn page. There are some very strange people in this world. Like my cousin who sent me this picture, and then said that, if I blog it, then I'm a dirty old man. Hmph. Maybe, but anyway I couldn't resist it. These are quite normal. When you have lumbar facet arthropathy, you wouldn't be able to lie like that. It would give you lumbago and perhaps also pain radiating down the leg; the part the lower limb affected depends on which nerve is pinched. | Lumbar facet arthropathy is a degenerative condition of the lumbar facet joints in the spine which shows arthritic changes. |
what are the three different types of rocks for kids | <P> The three main types, or classes, of rock are sedimentary, metamorphic, and igneous and the differences among them have to do with how they are formed. Sedimentary. Sedimentary rocks are formed from particles of sand, shells, pebbles, and other fragments of material. <P> Types of Rocks There are three main types of rocks: Igneous-formed when molten rock cools. Sedimentary – formed by the “cementing together” of small grains of sediment. Metamorphic – rocks changed by the effect of heat and pressure. <P> Grade: 3 - 12. The three types of rocks are igneous, formed from molten rock, sedimentary, formed from the elements of an existing rock, and metamorphic, formed by a change in heat or pressure. Learn to identify the three different types of rocks in this lesson on rocks <P> Rocks and Minerals. Enjoy our wide range of fun facts and information about different types of rocks and minerals for kids. Learn what rocks and minerals are, what the difference is, examples of rocks and minerals, the difference between igneous, sedimentary and metamorphic rocks, Mohs scale of hardness and much more. Read on and have fun finding out about rocks and minerals. <P> Learn the 3 types of rock-igneous, metamorphic, and sedimentary! (lyrics below). see more of Mr. R.'s free science resources at sciencepoems.net. LYRICS. Igneous, Metamorphic, Sedimentary... There's 3 types of rocks, and that's all 3! Say 3 types of rocks, and that's all 3! <P> The foundation of a great rock collection is to identify your rocks by type. Geologist classify rocks into three basic groups based on how they were formed in nature. The types of rocks are: 1 Igneous. 2 Sedimentary. <P> This video is about a class that teaches kids about the 3 different types of rocks. By watching this video, you will be able to learn about the different types of rocks; igneous rocks, sedimentary rocks and metamorphic rocks. You will find out how these rocks are different from each other and how they are formed. <P> The minerals may or may not have been formed at the same time. What matters is that natural processes glued them all together. There are three basic types of rock: igneous, sedimentary, and metamorphic. Extremely common in the Earth's crust, igneous rocks are volcanic and form from molten material. They include not only lava spewed from volcanoes, but also rocks like granite, which are formed by magma that solidifies far underground. <P> There are three different types of rocks based on the way they form, igneous, sedimentary and metamorphic. When magma cools and solidifies it forms igneous rock. Examples of igneous rocks include granite, basalt, gabbro, obsidian and pumice. More igneous rock facts. Learn what rocks and minerals are, what the difference is, examples of rocks and minerals, the difference between igneous, sedimentary and metamorphic rocks, Mohs scale of hardness and much more. Read on and have fun finding out about rocks and minerals. | Igneous rocks, sedimentary rocks and metamorphic rocks. |
what two resources is africa most known for trading | <P> People who shaped South Africa's History: Jan van Riebeeck, Paul Kruger, Daniel Francois François, Malan Oliver, Tambo Hendrik, Verwoerd Steve, Biko. P. W, Botha. F. w De, Klerk Joe, Slovo Chris, Hani Winnie, Mandela Eugene, Terreblanche Mangosuthu, Buthelezi Nelson, Mandela Desmond. tutu <P> Located in sub-Saharan Africa, West Africa is defined by a series of elongated countries that border the Atlantic Ocean, with an exception of Burkina Faso. The countries are small in area compared to the other parts of Africa. <P> The cities of Mali became important trading centers for all of West Africa as well as famous centers of wealth, culture, and learning. Timbuktu, an important city in Mali, became one of the major cultural centers not only of Africa but of the entire world. Vast libraries and Islamic universities were built. <P> The country is famous for its abundance of mineral resources, accounting for a significant proportion of world production and reserves, and South African mining companies are key players in the global industry. <P> In its heyday, Timbuktu was an important trading hub for two of Africa's most important items of commerce: salt and gold. The wealth of the city is evident from the quotation above. But Timbuktu also became an important city for Islamic scholarship. <P> GHANA Ghana was the first great African empire of the western Sudan. Historians believe that a group of people called the Soninke founded Ghana as early as the year 300 and it thrived until around 1200. Ghana became known for its rich culture, wealth, organization, and power. The name Ghana means both “warrior king” and “king of gold.” These were good names for an empire with an army who ruled with iron spears and an incredible supply of wealth derived from their control of the gold trade in West Africa. <P> With South Africa s economy built on gold and diamond mining, the sector is an important foreign exchange earner, with gold accounting for more than one-third of exports. In 2009, the country s diamond industry was the fourth largest in the world. South Africa is also a major producer of coal, manganese and chrome. Given its history and mineral wealth, it is no surprise that the country s mining companies are key players in the global industry. | Salt and gold |
financial analysts average salary | <P> The average salary for a financial analyst was $91,620 in 2013, which is slightly less than that of financial advisors ($99,920) and mid-range compared with other occupations on our list of the Best Business Jobs. For example, in 2013, a sales manager made $123,150 and a marketing manager made $133,700. <P> Company Size. The size of the company also influences starting salaries for financial analysts. The larger the company, the more money analysts tend to make. For midsize companies with sales between $25 million and $250 million, an analyst with up to one year of experience earns $41,000 to $50,000 per year. <P> Financial Analysts average salary is $102,431, median salary is $95,000 with a salary range from $26,000 to $720,000. <P> Financial Analysts Salary. Financial Analysts average salary is $102,431, median salary is $95,000 with a salary range from $26,000 to $720,000. Financial Analysts salaries are collected from government agencies and companies. Each salary is associated with a real job position. <P> Average Financial Analyst Salaries. The average salary for financial analyst jobs in Chicago, IL is $69,000. Average financial analyst salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term financial analyst anywhere in the job listing. <P> Salary Outlook. The paycheck is good. Financial analysts earned a median of $78,380 in 2013, with the lowest-paid making $48,100 and the highest-paid making $152,420. The best-paid in the profession work in the metropolitan areas of Bridgeport, Connecticut; New York City; and San Francisco. | $41,000 to $50,000 |
what is star of anise | <P> Star anise is the fruit of a small evergreen tree native to Asia. These star shaped fruits are picked right before ripening and dried before use. They contain the same essential oil as the anise seed which gives the two a nearly identical strong, sweet licorice flavor. Anise seed can be used in whole or ground form to add an aromatic licorice flavor to recipes. Star anise is commonly used in its whole form to flavor teas, marinades, soups, broths, and other liquids. <P> Star anise is the seed pod from the fruit of the Illicium verum plant, an evergreen shrub native to Southwest China. Although this star shaped pod has a similar flavor and name to anise, the two plants are unrelated. A compound called anethole is responsible for the licorice like flavor of both plants. The star anise pod is dried before use as a spice, which turns it a deep brown or rust color. <P> Star anise, widely used as a spice in Asian cuisine, also has medicinal properties. Star anise is the star-shaped fruit of an evergreen plant known scientifically as Illicium verum. Originating in southern China, star anise has a licorice-or anise-like flavor, although it is not related to the true anise plants native to the Mediterranean basin and Middle East. <P> Star anise is the fruit of a small evergreen tree native to southwest China. The star-shaped fruits are picked just before ripening and dried before use. They contain the same essential oil as the botanically unrelated Spanish anise seed, which gives the two a nearly identical flavor-strong, sweet, and licoricey. Whole star anise is used to flavor tea, marinades, and soups. It is integral to the traditional Vietnamese soup pho, and is used in many other Chinese and southeast Asian dishes. Ground star anise, besides being used in baked goods, is a main ingredient in Chinese Five Spice powder. <P> Star anise recipes. Star anise is shaped like an eight-pointed star and contains seeds with an aniseed flavour, which comes from the spice's essential oil, anethole. It is used widely in Chinese cooking and is one of the five spices in Chinese five-spice powder. Ingredients. Star anise is shaped like an eight-pointed star and contains seeds with an aniseed flavour, which comes from the spice's essential oil, anethole. <P> Star anise seeds contain ingredients that might have activity against bacteria, yeast, and fungi. People try star anise for treating flu because it is a good source of shikimic acid, which is used in the manufacture of oseltamivir (Tamiflu), a flu treatment. In foods and beverages, star anise is considered a culinary spice; both the seed and oil are used as flavoring. In manufacturing, the oil is used as a fragrance in soaps, cosmetics, perfumes, and toothpaste, and to mask undesirable odors in drug products. <P> Star anise contains anethole, the same ingredient that gives the unrelated anise its flavor. Recently, star anise has come into use in the West as a less expensive substitute for anise in baking as well as in liquor production, most distinctively in the production of the liquor Galliano. Star anise oil is a highly fragrant oil used in cooking, perfumery, soaps, toothpastes, mouthwashes, and skin creams. 90% of the world's star anise crop is used for extraction of shikimic acid, a chemical intermediate used in the synthesis of oseltamivir. <P> A star-shaped, dark brown pod that contains a pea-size seed in each of its eight segments. Native to China, star anise comes from a small evergreen tree. It's flavor is slightly more bitter than that of regular anise seed. Asian cooks use star anise to give a licorice flavor to savory dishes, particularly those with pork and poultry. It's available whole or ground and is an ingredient in Chinese five-spice powder. <P> Definition: Star anise comes by its name honestly, with its star shape and a licorice taste similar to regular anise, only stronger. Star anise is the seed pod of an evergreen tree (Illicium Verum) grown in southwestern China and Japan. It is about one inch high with eight segments and a dark brown rust color. | Star anise contains anethole, the same ingredient that gives the unrelated anise its flavor. |
what is exchange activesync | <P> Exchange ActiveSync is supported on many mobile devices. Check your device's documentation for verification of Microsoft's Direct Push technology. For more about ActiveSync, see the Microsoft TechNet Exchange ActiveSync FAQ. Exchange ActiveSync is an additional server-based synchronization agent that removes the dependency on a desktop computer, using the wireless capability of the device. The two methods of ActiveSync can be used in combination or independently. <P> The Exchange ActiveSync for MailEnable module provides a premium solution for accessing mail, contacts, folders, tasks, and calendars on mobile devices. Having licensed the ActiveSync protocol from Microsoft, MailEnable is able to provide the same connectivity that is available through Microsoft Exchange. <P> Microsoft Exchange ActiveSync technology allows for over-the-air synchronization and push email to a wide range of mobile devices, including the iPhone and iPad, Windows Phones, and Nokia devices. <P> Learn more. Google Sync uses Microsoft® Exchange ActiveSync® to let your users synchronize their Google Apps mail, contacts, and calendars to their mobile devices. They can also set up alerts (sound or vibration) for incoming messages and upcoming meetings. Google Sync is enabled by default on Google Apps domains. <P> Microsoft Exchange ActiveSync is a synchronization protocol that enables users of mobile devices to access email, calendar, contacts, and tasks from their organization's Microsoft Exchange server. Exchange ActiveSync is based on XML, and works on HTTP and HTTPS. Given the popularity of Microsoft Server, Exchange ActiveSync has been licensed by all the top mobile devices makers. Exchange ActiveSync was introduced in 2002, and is currently at version 14.1. In 2011, Microsoft launched the Exchange ActiveSync Logo Program to certify third-party Exchange ActiveSync clients. <P> Exchange ActiveSync is a protocol which allows mobile devices to synchronize data with Exchange mailboxes. Synchronizing is a process of reconciling data between a device and the appropriate Exchange mailbox. The protocol synchronizes your mail, calendar, contacts, and tasks over the air with Microsoft Exchange Server. Exchange ActiveSync is an additional server-based synchronization agent that removes the dependency on a desktop computer, using the wireless capability of the device. The two methods of ActiveSync can be used in combination or independently. <P> Microsoft Exchange ActiveSync (commonly known as EAS) is a communications protocol designed for the synchronization of email, contacts, calendar, tasks, and notes from a messaging server to a smartphone or other mobile devices. The protocol also provides mobile device management and policy controls. <P> Set up email on an Android phone or tablet. Exchange ActiveSync is a client protocol that lets you synchronize a mobile device with your Exchange mailbox. Exchange ActiveSync is enabled by default when you install Microsoft Exchange 2013. Contents. Overview of Exchange ActiveSync. Exchange ActiveSync is a Microsoft Exchange synchronization protocol that's optimized to work together with high-latency and low-bandwidth networks. The protocol, based on HTTP and XML, lets mobile phones access an organization's information on a server that's running Microsoft Exchange. Learn about the Exchange ActiveSync client protocol for Exchange Server 2013. You’ll learn about the features of Exchange ActiveSync including security features, the things you can manage, how to make it secure, and how to avoid problems synching to Windows Phone 7. <P> Traditional connections to a network-connected computer synchronize via the desktop ActiveSync client using the cradle, USB, infrared, or Bluetooth. Exchange ActiveSync is an additional server-based synchronization agent that removes the dependency on a desktop computer, using the wireless capability of the device. The two methods of ActiveSync can be used in combination or independently. | It is a protocol which allows mobile devices to synchronize data with Exchange mailboxes. |
name different causes of eczema | <P> Eczema is a term for several different types of skin swelling. Eczema is also called dermatitis. It is not dangerous, but most types cause red, swollen and itchy skin. Factors that can cause eczema include other diseases, irritating substances, allergies and your genetic makeup. <P> Eczema Caused By External Factors. Externally caused eczema is also often called contact dermatitis. This is because the skin comes into contact with a foreign substance causing an occurrence of eczema. However, just as there are different types of eczema, there are different variations of <P> Eczema is not contagious. The most common type of eczema is atopic dermatitis. It is an allergic condition that makes your skin dry and itchy. It is most common in babies and children. Eczema is a chronic disease. You can prevent some types of eczema by avoiding irritants, stress, and the things you are allergic to. <P> Eczema is a common problem that causes the skin to become inflamed. People often also call it dermatitis. Eczema comes in many forms. But the different types of eczema tend to cause these symptoms: 1 Itching. 2 The itching can be intense. 3 The damage to the skin during eczema is often due to scratching. 4 Scaling. 5 The surface of the skin can flake off, giving the skin a rough, scaly appearance. 6 Redness. | Itching, The itching can be intense, The damage to the skin during eczema is often due to scratching, Scaling. |
foods rich in calories and protein | <P> In addition to more traditional foods, there are few oddball food choices to add to your list of high-calorie, high-protein foods: beef jerky or meat sticks, pork skins, turkey bacon, soy chips, peanuts and meatless fish sticks. Soy chips, for example, have 109 calories and 7.5 grams of protein per ounce. <P> Cheese is an obvious choice as a high-calorie, high-protein food. It's nutritious, hearty and convenient, while packing a lot of calories and protein into a small package. Cheeses have an average of 100 calories and 6 to 8 grams of protein in every ounce, and come in dozens of varieties. <P> Peanut Butter. It's rich in protein and healthy fats, and low in cholesterol. Peanut Butter has been linked to improved fat burning, muscle mass buildup and even cardiovascular health. At 100 calories per tablespoon, it should be consumed in moderation. <P> Due to their high oil content, most nuts, seeds and their butters fall into the high-calorie, high-protein category with 60 or more calories and at least 6 grams of protein in every ounce. These foods are also especially convenient, given that they stay fresh for long periods of time without refrigeration. <P> Choose protein sources that are nutrient-rich and lower in saturated fat and calories, such as: 1 Lean meats. 2 Seafood. 3 Beans. 4 Soy. 5 Low-fat dairy. 6 Eggs. 7 Nuts and seeds. <P> High protein foods include meat, fish, cheese, tofu, beans, lentils, yogurt, nuts, and seeds. Below is a list of foods with the highest protein to calorie ratio, for more information, see the sections on protein dense foods, other protein rich foods, low calorie high protein snacks, and protein isolates. Click each heading for more info... | Meat, fish, cheese, tofu, beans, lentils, yogurt, nuts, and seeds. |
where does the name aguilar come from | <P> Spanish, Catalan, and Jewish (Sephardic): habitational name from any of numerous places called Aguilar, from Latin aquilare ‘haunt of eagles’ (a derivative of aquila ‘eagle’), for example Aguilar de Campo in Palencia, Aguilar de la Frontera in Cordoba, córdoba And aguilar De segarra In. catalonia <P> The information for this chart came from the U.S. Immigration Collection at Ancestry. You can find out where the majority of the Aguilar families were living before they immigrated to the U.S and learn where to focus your search for foreign records. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival, and destination. from the New York Passenger Lists. <P> AGUILAR Surname Meaning & Origin: One who came from any of numerous places called Aguilar or Aguilas, from the Latin aquilare, meaning haunt of eagles.. Those of Spanish origin, for example, often come from the city of Aguilar in Spain, near Cordoba. córdoba <P> Recorded in the spelling forms of Aguilar, Aguilera, and Aguiar, this surname is usually Spanish, but may also be Portuguese and Ashkenasic. It is habitational, and describes a person who originally came from a place known as 'the eagles lair', being a developed spelling of the Roman (Latin) 'aquilaria'. <P> Spanish, Catalan, and Jewish (Sephardic): habitational name from any of numerous places called Aguilar, from Latin aquilare ‘haunt of eagles’ (a derivative of aquila ‘eagle’), for example Aguilar de Campo in Palencia, Aguilar de la Frontera in Cordoba, córdoba And aguilar De segarra In. CATALONIA, DK. rs <P> The Aguilar Family Crest was acquired from the Houseofnames.com archives. The Aguilar Family Crest was drawn according to heraldic standards based on published blazons. <P> AGUILAR Surname Mailing List. Free mailing list for researchers of the Aguilar surname and its variations includes subscription details and a searchable archives of past messages. Surname Finder-AGUILAR Genealogy & Family Resources. Find links to free and commercial resources for the Aguilar surname. | Latin aquilare |
what does hypersensitive mean | <P> The hypersensitivity states and resulting hypersensitivity reactions are usually subclassified by the Gell and Coombs classification. adj., adj hypersen´sitive. contact hypersensitivity that produced by contact of the skin with a chemical substance having the properties of an antigen or hapten. n a type involving a latent period between the antigen introduction and the reaction; cellular reactions mediated by the T lymphocytes (e.g., tuberculosis, and transplant reaction). hypersensitivity, dentin, n refers to the pain caused by fractures, or gingival recession, which exposes the dentin of a tooth. <P> Hypersensitivity. Hypersensitivity refers to undesirable reactions produced by the normal immune system, including allergies and autoimmunity. These reactions may be damaging, uncomfortable, or occasionally fatal. Hypersensitivity reactions require a pre-sensitized state of the host <P> Report Abuse. Hypersensitive is, by definition, either excessively or abnormally sensitive or abnormally susceptible physiologically to a specific agent (as a drug or antigen). It combines hyper as in over or excessive and sense as in to feel. Hypersensitivity can sometimes be found in autistic individuals, but not exclusively. Best Answer: Autistic people are extremley hypersensitve but everyone can be. For example if you have a severe peanut allergy you are hypersensitive to peanuts. It just mean extremely sensitive to something and doesn't apply to one thing in particular. <P> delayed hypersensitivity (DH) (delayed type hypersensitivity (DTH)) the type of hypersensitivity exemplified by the tuberculin reaction, which (as opposed to immediate hypersensitivity) takes 12 to 48 hours to develop and which can be transferred by lymphocytes but not by serum. n a type involving a latent period between the antigen introduction and the reaction; cellular reactions mediated by the T lymphocytes (e.g., tuberculosis, and transplant reaction). hypersensitivity, dentin, n refers to the pain caused by fractures, or gingival recession, which exposes the dentin of a tooth. | A hypersensitive immune system is one which overreacts to a stimulus. |
what beans does illy use | <P> The illy blend is made from nine beans sourced via direct trade in Latin America, India, and Africa, according to Master Barista Giorgio Milos. The company recently launched MonoArabica, the first single-origin coffee from the company in 80 years, which comes from Brazil, Guatemala, and Ethiopia. <P> illy’s demand for the highest quality beans is rarely met through organic coffee. Because illy is a single blend composed of beans from 7 to 9 growing regions, some organics may be present in the blend if they meet our rigid quality standards. For espresso, use 7 grams of illy per shot. For auto-drip brewed coffee, start with 7 grams of illy per cup. You may need to adjust to taste as the parameters (water turbulence and temperature) of each coffee maker differ somewhat. <P> All Coffee. For over 80 years, illy has created a distinctive blend of fine Arabica coffees with a smooth, rich and full-bodied taste. Our coffee is flawlessly consistent, balanced, and never bitter <P> In addition, illy offers Monoarabica, single-origin arabica beans from six different countries: Brazil, Guatemala, Ethiopia, Colombia, Costa Rica, and India. Seasonally, the company offers Idillyum, a low-caffeine arabica that is grown in the rich, volcanic soils of El Salvador. Illy coffee is packaged as whole beans, pre-ground coffee, Easy Serving Espresso (E.S.E.) pods, and iperEspresso capsules. <P> 1 These produce the best coffee and are what you should always use for espresso. 2 Brazils are arabica beans grown in Brazil. 3 But here’s where the classification system gets a bit screwy — milds also come from Brazil. 4 The difference is that “Brazils” are from plants grown at low altitudes. 1 French/City Roast: This tends to be even darker than a dark roast. 2 The beans should look very dark brown and oily. 3 At coffee shops run by clueless people, this means the coffee will be burnt to a crisp and kind of disgusting. 4 Some people use such burnt beans *cough* Starbucks *cough* for thei <P> illy Monoarabica single-origin Arabica beans are carefully selected from nine different countries that comprise the perfect harmony of the illy blend. Each illy Monoarabica coffee has a unique flavor and aroma that encapsulates the distinctive culture and character of a country. Here, then, is an invitation to meet the range, one by one. <P> Whole Bean. illy whole bean coffee is the perfect choice for coffee lovers who prefer grinding the beans to suit their own individual taste and preparation method. The result is an authentic Italian coffee that is flawlessly consistent, smooth, balanced, and never bitter – perfect for all coffee preparations. For over 80 years, illy has created a distinctive blend of fine Arabica coffees with a smooth, rich and full-bodied taste. <P> Illy. 315 pages on this wiki. Illy caffe caffè is a brand of coffee produced In, Trieste. italy illy produces only one blend in three roast: variations, normal dark roast or. Decaffeinated the blend is packaged as (beans yet to be), ground-pre ground, Coffee.E.S. e, pods iperEspresso Iperespresso. capsules <P> This is what your espresso can be. What it should be. What makes an espresso from illy, unmistakably illy. Yours to experience at home, and the formula is quite simple. Start with a good espresso machine and just a few grams of the illy blend. You’ll find it as whole beans or already ground fine for espresso, in 250 gram specially pressurized cans, unmatched in preserving freshness. | Illy Monoarabica single-origin Arabica beans |
how long should i keep my puppy in a crate | <P> Crate training can take days or weeks, depending on your dog's age, temperament, and past experiences. It's important to keep two things in mind while crate training: 1 The crate should always be associated with something pleasant. 2 Training should take place in a series of small steps. 1 After your dog enters the crate, praise him, give him the treat, and close the door. 2 Sit quietly near the crate for five to ten minutes, and then go into another room for a few minutes. 3 Return, sit quietly again for a short time, and then let him out of the crate. <P> If you put the puppy in his crate when he's already tired and ready to settle down, he'll get used to his new bedroom faster. In the beginning, he should only be expected to stay in the crate for 2 hours at a time and overnight. During his periods out of the crate, your puppy needs plenty of playtime and attention. I like to give puppies at least an hour between crating periods where they're played with, loved, allowed to explore and romp. <P> Answer: Assuming the puppy is on a proper housetraining program and getting the appropriate amounts of exercise and attention, a general rule of thumb is to take the number of months in her age and add one. For example, if you have a four-month-old puppy, he should be able to stay crated for up to five hours. <P> 1 Puppies under six months of age shouldn't stay in a crate for more than three or four hours at a time. 2 They can't control their bladders and bowels for that long. 3 The same goes for adult dogs that are being housetrained. 4 Physically, they can hold it, but they don’t know they’re supposed to. 1 After your dog enters the crate, praise him, give him the treat, and close the door. 2 Sit quietly near the crate for five to ten minutes, and then go into another room for a few minutes. 3 Return, sit quietly again for a short time, and then let him out of the crate. <P> If you've allowed your dog to toilet in there crate previously then this is why they keep doing it, also if you leave your puppy in there too long then it will happen! A Puppy of 3/4 months can only hold on for 3/4 hours so you need to get up in the night and let them out. You can gradually build the number of hours your dog can stay in the crate to 6 hours maximum (on the rare occasion when absolutely unavoidable), but this process occurs at a rate of one hour per month-a 2 month old puppy must have a break after 2 hours. <P> But during the day, neither puppies nor adult dogs should be crated for more than four or five hours at a time. When crating a puppy for more than two hours, it’s best to provide water by attaching a water bottle dispenser to the crate. 8-10 weeks 30-60 minutes. 11-14 weeks 1-3 hours. 15-16 weeks 3-4 hours. 17+ weeks 4-5 hours. If you have a puppy and you work all day, it’s essential that you give your puppy a midday break from the crate every day for at least her first eight months. <P> Space. To keep your puppy from having an accident in his crate you should you make sure the crate is not too big. A puppy only needs enough room to stand up, turn around and get comfortable in his crate. Once you have gotten your puppy a crate, there are a few rules you should know. Most importantly, you need to know how long you should have your puppy in her crate. This rule and some other tips on how to keep a crated puppy will have you on the road to a happy, better-behaved puppy. <P> Time. The rule of thumb in dog training is to not keep a puppy in a crate longer than one hour more than the number of months old the puppy is. So if your puppy is a robust 6-month-old, do not keep her in the crate longer than seven hours. Likewise, if your puppy is a newly adopted 8-week-old, she should not be in a crate for more than three hours without having an opportunity to get outside to urinate or defecate. Once you have gotten your puppy a crate, there are a few rules you should know. Most importantly, you need to know how long you should have your puppy in her crate. This rule and some other tips on how to keep a crated puppy will have you on the road to a happy, better-behaved puppy. <P> You have to keep it real. Puppies train at their own pace, but a puppy can only hold their potty for a few hours. A guide would be 1 hour for each month of age, plus 1 hour, so a three-month-old puppy should only be expected to hold their potty for 4 hours at most. | Five hours if puupy is four-month-old |
how much human waste does a person produce each day | <P> Oh Crap! On average, people produce 1 ounce of fecal matter, or 'poop,' for each 12 pounds of body weight, so it depends on your weight. If we assume the average person weighs 150 pounds, that's about 12 oz (1.5 ilbs or a little under a kilogram). How much water does one person need to drink per day? you should drink at least 7 to 10 average sized glasses of water each day. One average sized glass is about eight ounces. There are 16 ounces in a pint, 2 pints in a quar … t, and 4 quarts in a gallon, so, mathematically, there are about 128 ounces in a gallon. If the eight ounces is divided by the 128 ounces, then the average person drinks roughly 0.625 gallons of water per day <P> If the rest of the world produced as much as Americans, there would be about 10 MILLION tons daily, or 4 TRILLION tons yearly. on average Americans generate 4.3 pounds of trash per day. Do the math: 4.3 X 365 = 1569.5 pounds per person per year. 285 million people in the US = 447307.5 Million pounds of trash. Every day, each of us sends 20 gallons of sewage through the system. Over a lifetime, that is 567,575 gallons. To deal with the waste, the United States has built 16,000 treatment centers across the country. <P> 1 on average Americans generate 4.3 pounds of trash per day. 2 Do the math: 4.3 X 365 = 1569.5 pounds per person per year. 285 million people in the US = 447307.5 Million pounds of trash. 3 The figure was consumer trash production on average and did not account for industrial waste, but it is a start. Every day, each of us sends 20 gallons of sewage through the system. Over a lifetime, that is 567,575 gallons. To deal with the waste, the United States has built 16,000 treatment centers across the country. <P> The average person produces a surprising amount of waste every day. Specifically, each person generates around 4 and a half pounds per day. 38tonnes a year A cow does not produce 38 tons of waste a year. It produces on average 27,000lbs of waste per 1000lbs of body weight, 19,000lbs of solid waste pluse 8,000 … lbs of liquid. 2 people found this useful. <P> This equates to approximately 1.46 lbs. of recovered recyclables out of nearly 4.5 lbs. of waste materials produced each day per person (see References 1). Based on 2005 to 2009 census estimates, this means the average household produces 3.8 lbs. of recyclables per day (see Resources 2). Of the 243 million tons of household waste produced in 2009, more than 67 million tons consisted of organic materials, such as yard trimmings and food scraps (see References 1, page 5). <P> If we were just putting human waste into the digester, how large would it need to be to accommodate 1080 people? On average, one human produces 2.2 lbs (0.998kg) of urine and 0.5 lbs (0.227 kg) of fecal matter or a total of 2.7lbs (1.224 kg) waste in one day. <P> Just over 7lbs. (The 14th annual State of Garbage in America survey documents the prodigious amounts of municipal solid waste (MSW) generated/produced by U.S. residents.) … In 2002, it was around six pounds (lbs)--from (low) under half a pound in Connecticut to (high) 16 pounds per day in Nevada. 38tonnes a year A cow does not produce 38 tons of waste a year. It produces on average 27,000lbs of waste per 1000lbs of body weight, 19,000lbs of solid waste pluse 8,000 … lbs of liquid. 2 people found this useful. <P> The average American household generates 1.46 lbs. of recovered recyclables per person every day. Environmental Protection Agency statistics indicate that American households collectively produced 243 million tons of trash in 2009, of which 82 million tons was composted or recycled (see References 1). Of the 243 million tons of household waste produced in 2009, more than 67 million tons consisted of organic materials, such as yard trimmings and food scraps (see References 1, page 5). <P> According to the Environmental Protection Agency, the average American produces about 4.4 pounds (2 kg) of garbage a day, or a total of 29 pounds (13 kg) per week and 1,600 pounds (726 kg) a year. This only takes into consideration the average household member and does not count industrial waste or commercial trash. | The average American produces about 4.4 pounds (2 kg) of garbage a day. |
average of hockey shift in one period | <P> you voted. Answer by bjc (354). The average shift on ice for a hockey player can average 30 seconds to a minute and 30 seconds. Teams typically employ 4 lines of both wingers and defensemen. Therefore, in a 60 minute game, each line typically plays 15 to 20 shifts, depending on power play and short handed situations. add a comment. <P> I think the average time a player spends on the ice in one shift probably 20, maybe 30 seconds. The average time on ice for a hockey player in one game... anywhere from 15 to … 30 minutes. Usually the better defensemen spend around 25-30 minutes on the ice each night, but average forwards usually spend around 20-25 minutes. <P> Length of an Average Shift in Hockey Generally speaking, an average shift in a hockey game should be about 45 seconds. In reality, it really depends on the player, the coach and the game situation. Defensemen tend to take shifts that are just a bit longer than forwards. | 45 seconds |
meaning of peers | <P> A group of individuals or entities who share similar characteristics and interests. Peer groups, in the case of people, have characteristics which include similarities such as socio-economic status, level of education, and ethnic background and so on amongst its individual members. <P> 1 People who are equal in such respects as age, education or social class, group, colleague, etc., as in peer group or social peer-to-peer processes. 2 A member of the peerage, a system of honours or nobility in various countries. <P> A girl standing with her peers. A girl standing with her peers. The definition of a peer is an equal in age, skill or another category. An example of a peer is someone who graduated in the same year as a fellow student. To peer is defined as to look closely or intently at something that may difficult to see. Peer is to wake in the night and try to see in the darkness. <P> 1 a person of the same legal status:a jury of one's peers. 2 Sociologya person who is equal to another in abilities, qualifications, age, background, and social status. 3 something of equal worth or quality:a sky-scraper without peer. <P> Peer may refer to: 1 People who are equal in such respects as age, education or social class, group, colleague, etc., as in peer group or social peer-to-peer processes. 2 A member of the peerage, a system of honours or nobility in various countries. 3 A variant of Peter (name) in Scandinavian and Dutch languages. <P> Full Definition of PEER. 1. : one that is of equal standing with another: equal; especially: one belonging to the same societal group especially based on age, grade, or status. 2. archaic: companion. 3. <P> A peer group is both a social group and a primary group of people who have similar interests (homophily), age, background, or social status. | A peer group is both a social group and a primary group of people who have similar interests (homophily), age, background, or social status. |
what is biosciences | <P> On 25 September 2013 a partnership between Pacific Biosciences and Roche Diagnostics was announced for the development of in vitro diagnostic products using the technology, with Roche providing US$75 million in the deal. In April 2012, scientists from Pacific Biosciences, the University of California, and other institutes used SMRT sequencing to prove the validity of activating internal tandem duplication mutations in FLT3 as a therapeutic target in acute myeloid leukemia. <P> DARA BioSciences. DARA is an oncology supportive care pharmaceutical company dedicated to providing healthcare professionals a synergistic portfolio of medicines to help cancer patients adhere to their therapy and manage side effects arising from their cancer treatments. <P> Pacific Biosciences of California, Inc. is a biotechnology company founded in 2004 that develops and manufactures systems for gene sequencing and some novel real time biological observation. They describe their platform as single molecule real time sequencing (SMRT), based on the properties of zero-mode waveguides. In April 2012, scientists from Pacific Biosciences, the University of California, and other institutes used SMRT sequencing to prove the validity of activating internal tandem duplication mutations in FLT3 as a therapeutic target in acute myeloid leukemia. <P> Sutton Bonington Campus. Biosciences courses are mostly based at the Sutton Bonington Campus – a 40-acre site located 10 miles south of Nottingham, with easy access to nearby cities, national rail and road links and East Midlands Airport. Most biosciences students also have the opportunity to take a year working in industry as a paid employee between years two and three, recognised with your degree as an Industrial Placement Award. <P> The Center for Law and the Biosciences, directed by Professor Hank Greely, examines biotech discoveries in the context of the law, weighing their impact on society and the law’s role in shaping that impact. The Center is part of the Stanford Program in Law, Science & Technology. BioLaw, a new student organization devoted to law and the biosciences, works with the Center to sponsor regular seminars and conferences, and to cultivate student interest in the intersection of law and the biosciences. <P> Bioscience is the branch of the sciences concerned with living organisms, from microorganisms to towering trees and gigantic whales. Within this incredibly broad branch of the sciences, there are a number of smaller branches focused on specific issues which pertain to living organisms. Biochemistry, for example, is concerned with the chemistry of life, while botanists study plants exclusively. Bioscience is the foundation of many other schools of scientific inquiry, ranging from medicine to agronomy, and new discoveries in this field are being made every day. <P> PHD Biosciences (formerly Nanometics LLC) is a New York City based biosciences company developing small molecule therapeutics for diseases with high unmet medical need. | Bioscience is the branch of the sciences concerned with living organisms, from microorganisms to towering trees and gigantic whales. |
what is vesphene | <P> Vesphene IIse Germicidal Detergent is intended for use in institutions such as hospitals, nursing homes, schools, medical and dental offices, pharmaceutical plants, and other indoor areas where disinfection, cleaning, and deodorizing are necessary. For full access to this content, please Register or Sign In. Vesphene IIse Germicidal Detergent cleans and disinfects all washable hard non-porous environmental surfaces such as floors, walls, woodwork, bathroom fixtures, equipment, and furniture. <P> The Vesphene products are all made with the same alkaline phenolic formulation, but are processed and packaged differently for specific applications. At a use-dilution rate of 1:128, the Vesphene products kill a broad spectrum of common bacteria without harming the surface. Formulated to maintain an alkaline use-dilution pH of 10.4-10.6, they are ideal for use in a disinfectant rotation program with the LpH ® acidic family of products. HOW VESPHENE IISE ONE STEP GERMICIDAL DETERGENT WORKS. <P> STERIS' Process Vesphene st Sterile One-Step Cleaner Disinfectant and One Solution Vesphene st System Pre-measured WFI are liquid concentrates specifically formulated for the disinfection of hard surfaces. The use-dilution can be applied manually or sprayed. The One Solution Vesphene st System Pre-measured WFI combines a sterile unit dose pouch with a gallon of USP Water For Injection (WFI). The Vesphene products are all made with the same alkaline phenolic formulation, but are processed and packaged differently for specific applications. At a use-dilution rate of 1:128, the Vesphene products kill a broad spectrum of common bacteria without harming the surface. Formulated to maintain an alkaline use-dilution pH of 10.4-10.6, they are ideal for use in a disinfectant rotation program with the LpH ® acidic family of products <P> STERIS' Vesphene IIse One Step Germicidal Detergent is a liquid concentrate specifically formulated for the disinfection of hard surfaces. The use-dilution can be applied manually or sprayed. Formulated to maintain an alkaline use-dilution pH of 10.4-10.6, they are ideal for use in a disinfectant rotation program with the LpH ® acidic family of products. HOW VESPHENE IISE ONE STEP GERMICIDAL DETERGENT WORKS. <P> Environ™ Vesphene™ st Sterile Phenolic Disinfectant. The Environ Vesphene phenolic disinfectant is made specifically for use on hard, non-porous surfaces and is formulated to deliver proven efficacy against a broad spectrum of microorganisms without harming common surface materials. Sign Up and. <P> Vesphene IIse Germicidal Detergent is a research developed, one step disinfectant cleaner and deodorizer which contains selected phenols blended with synthetic detergents and builders. Vesphene IIse Germicidal Detergent is intended for use in institutions such as hospitals, nursing homes, schools, medical and dental offices, pharmaceutical plants, and other indoor areas where disinfection, cleaning, and deodorizing are necessary. <P> Vesphene IIse Germicidal Detergent is a research developed, one step disinfectant cleaner and deodorizer which contains selected phenols blended with synthetic detergents and builders. SKU #: 646108. <P> Vesphene II Disinfectant 1.28-Gal Ea. 1 Steris Vesphene II se Phenolic Disinfectant, 1 Gallon, 4/CS-The Vesphene formula is a one-step, alkaline phenolic cleaner/disinfectant made specifically for use on hard non-porous surfaces. 1 At a use-dilution rate of 1:128, Vesphene products kill a broad spectrum of common bacteria without harming the surface. 2 Formulated to maintain an alkaline use-dilution pH of 10.4-10.6, they are ideal for use in a disinfectant rotation program with the LpH® acidic family of products. <P> STERIS' Vesphene ® IIse One Step Germicidal Detergent is the non-sterile version of the Vesphene family of one-step, alkaline phenolic cleaner/disinfectants made specifically for use on hard non-porous surfaces. Formulated to maintain an alkaline use-dilution pH of 10.4-10.6, they are ideal for use in a disinfectant rotation program with the LpH ® acidic family of products. HOW VESPHENE IISE ONE STEP GERMICIDAL DETERGENT WORKS. | The Environ Vesphene phenolic disinfectant is made specifically for use on hard, non-porous surfaces and is formulated to deliver proven efficacy against a broad spectrum of microorganisms without harming common surface materials. |
what is the nervous system function | <P> The central nervous system (CNS) is the processing center for the nervous system. It receives information from and sends information to the peripheral nervous system. The two main organs of the CNS are the brain and spinal cord. <P> According to the National Institutes of Health, the central nervous system is made up of the brain, spinal cord and nerves. The peripheral nervous system consists of sensory neurons, ganglia (clusters of neurons) and nerves that connect to one another and to the central nervous system. Functionally, the nervous system has two main subdivisions: the somatic, or voluntary, component; and the autonomic, or involuntary, component. <P> The nervous system provides the framework for communication, sensations, thoughts, emotions, and memories in the body. The signals are transmitted to and from the brain in the central nervous system. It is referred to as a system because it consists of many organs working together. <P> The nervous system consists of the brain, spinal cord, sensory organs, and all of the nerves that connect these organs with the rest of the body. Together, these organs are responsible for the control of the body and communication among its parts. <P> The nervous system has three general functions: a sensory function, an interpretative function and a motor function. 1 Sensory nerves gather information from inside the body and the outside environment. 2 The nerves then carry the information to central nervous system (CNS). <P> The nervous system is a complex collection of nerves and specialized cells known as neurons that transmit signals between different parts of the body. It is essentially the body’s electrical wiring. Structurally, the nervous system has two components: the central nervous system and the peripheral nervous system. <P> 1 The central nervous system is made up of the brain and spinal cord. 2 The peripheral nervous system is made up of the nerve fibers that branch off from the spinal cord and extend to all parts of the body, including the neck and arms, torso, legs, skeletal muscles and internal organs. <P> Nerves. Nerves are bundles of axons in the peripheral nervous system (PNS) that act as information highways to carry signals between the brain and spinal cord and the rest of the body. Each axon is wrapped in a connective tissue sheath called the endoneurium. | 1 Sensory nerves gather information from inside the body and the outside environment. 2 The nerves then carry the information to central nervous system (CNS). |
how much will moving house cost me | <P> Before you talk to moving companies, find out how much your move will cost. Enter in your information to the left, and we'll give you an estimate of how much truck rental, full service moving, and self service moving will cost. You can also get free multiple moving quotes. <P> Your moving costs will also vary depending on how much stuff you have. The amount of belongings you’re moving directly influences the size of truck you need and the number of movers you’ll need to hire. <P> This portion of the move can cost anywhere from $1,500 to $4,500 on average, depending on which services you obtain. In total, moving your mobile home will cost you anywhere in the range of $6,000 to $20,000, based on the size of the home you're moving and how many miles you need to move it. <P> 1 Your cost will vary depending on the distance of your move, but a three-bedroom house move usually takes between six to eight hours, putting your move at about $900 to $1300 for labor alone. 2 You may also be charged extra fees for special services and supplies. <P> It's easy to overlook the costs involved in buying and selling and moving house. This calculator will estimate your moving costs. The figures given are for general guidance but are unlikely to be an under estimate. Your own costs may be lower. <P> The cost of moving a house starts at about $12 to $16 per square foot but can quickly rise if the home is heavier, bigger or has farther to go [sources: McLinden, Burstein ]. One house builder estimates that moving a large home more than just a few miles can run about $150,000 to $200,000 [source: Fetters ]. In addition to the costs of the actual moving, these expenses should also be considered: 1 Cost of the new home, if you're not moving one that you already own. | $12 to $16 per square foot |
who is moeen ali cricketer | <P> PROFILE. An English cricketer of Pakistani descent, Moeen Ali, played county cricket for Warwickshire before moving over to Worcestershire after the 2006 season. He enjoyed a successful stint at Warwickshire, winning the NBC Dennis Compton Award for two years in a row in 2004 and 2005. CAREER. An English cricketer of Pakistani descent, Moeen Ali, played county cricket for Warwickshire before moving over to Worcestershire after the 2006 season. <P> World Twenty20 — Moeen Munir Ali is an English cricketer of Pakistani descent, who scored a brilliant 44 against India in the warm-up match. previous next. Getty Images Photo by Staff/Getty Images Fri 21 Mar, 2014 1:30 PM IST. Ali had signed for Warwickshire when he was just 15, and scored a half-century for the county’s Second XI only days before his 16th birthday. Ali had signed for Warwickshire when he was just 15, and scored a half-century for the county’s Second XI only days before his 16th birthday. 1 Share 0. <P> Date: 15 Feb, 2015. Moeen Ali who is an English cricket player was born on 18th June of 1987. He is of Pakistani descent. He is left handed batsman and occasionally off-spin bowler who had played county cricket for the Warwickshire. He is the native of Birmingham, West Midlands, England. Not yet. Moeen Ali who is an English cricket player was born on 18 th June of 1987. He is of Pakistani descent. He is left handed batsman and occasionally off-spin bowler who had played county cricket for the Warwickshire. <P> Moeen Munir Ali (born 18 June 1987), or simply Moeen Ali, is an international English cricketer. He is a left-handed batsman and right-arm off-spin bowler who played county cricket for Warwickshire before moving to Worcestershire after the 2006 season. As of 2015, Ali represents England in all formats of the game. He won Warwickshire's NBC Denis Compton Award in both 2004 and 2005. His off-spin is marked by a strongly spun off-break and a well-concealed arm ball. He was named one of the Cricketers of the Year in the 2015 Wisden Cricketers' Almanack. <P> Moeen Ali Batting Allrounder • England • 28 years old. An English cricketer of Pakistani descent, Moeen Ali, played county cricket for Warwickshire before moving over to Worcestershire after the 2006 season. He enjoyed a successful stint at Warw... CAREER. An English cricketer of Pakistani descent, Moeen Ali, played county cricket for Warwickshire before moving over to Worcestershire after the 2006 season. He enjoyed a successful stint at Warwickshire, winning the NBC Dennis Compton Award for two years in a row in 2004 and 2005 <P> That question arose at 1.55pm on Thursday when Moeen Ali, born in Birmingham 27 years ago to a Pakistani family, walked out to bat for England on a sunlit day at Lord’s. It was a proud moment for Ali, a batsman who plays his county cricket for Worcestershire. <P> England and Worcestershire all-rounder Moeen Ali has won the Cricketer of the Year prize for the second year running at the Asian Cricket Awards. Moeen, who is currently on tour with England in the United Arab Emirates, won the award in 2014 at the inaugural edition of the event, and scooped the same prize on Tuesday. The 28-year-old beat off competition from fellow England international Adil Rashid, who is making his Test debut against Pakistan, and Warwickshire captain Varun Chopra. Moeen Ali (left) has won the Cricketer of the Year for the second year running at the Asian Cricket Awards. Moeen, who is currently on tour with England in the United Arab Emirates, won the award in 2014 | An English cricket player was born on 18 th June of 1987. He is of Pakistani descent. He is left handed batsman and occasionally off-spin bowler. |
perfect temperature for roast pumpkin | <P> Drizzle with olive oil. Add cinnamon and sea salt. Massage well with your fingers, coating all the pumpkin. Spread in a single layer onto 1 or 2 prepared baking trays. Roast for 40 – 45 minutes or until the pumpkin is soft and caramelised. Enjoy and use as required. Pumpkin cooks quickly and it normally takes about 40 – 45 minutes before it is ready to remove from the oven. Serve as a side to your favourites such as green burgers, steamed white fish, the perfect kale salad or smash into the ultimate pumpkin soup or moorish pumpkin scones. <P> Place the pumpkin in a glass baking dish, and transfer to the oven to roast for 45-60 minutes, depending on the size of your pumpkin. The pumpkin is ready when the flesh is darker, and the skin can be easily pierced with a fork. Cut the pumpkin in half, and allow to cool for 20-30 minutes, until cool enough to handle. <P> 1 Bring the water to a boil. 2 Place seeds into the boiling water and boil gently for about 10 minutes. 3 This helps cook the insides of your pumpkin seeds so when you go to roast them you will get perfect pumpkins seeds crunch insuring the insides are cooked. 1 Place seeds into the boiling water and boil gently for about 10 minutes. 2 This helps cook the insides of your pumpkin seeds so when you go to roast them you will get perfect pumpkins seeds crunch insuring the insides are cooked. 3 Turn off the heat and drain the seeds and place back into your empty bowl. <P> 5. Roast seeds at 325F for 10 minutes. Remove from oven and stir. Roast for another 8-10 minutes (if your oven temp is wonky, this bake time could vary a lot!). During the last 5 minutes of roasting, remove a few seeds and crack open to make sure the inner seeds are not burning (you don’t want the inner seed brown). Cool a couple and pop them into your mouth to test. 2. Boil for 10 minutes in salt water. Using Elise’s method for inspiration, I added the pumpkin seeds to a medium-sized pot of water along with 1 tsp salt. Bring it to a boil and reduce the heat to simmer, uncovered, for about 10 minutes over low-medium heat. <P> You can roast pumpkin with or without the skin – depending on the purpose of the final dish. I love cutting Jap pumpkin into large wholesome chunks and generously drizzling with quality olive oil before sprinkling with celtic sea salt and a decent amount ground cinnamon. Pumpkin cooks quickly and it normally takes about 40 – 45 minutes before it is ready to remove from the oven. Serve as a side to your favourites such as green burgers, steamed white fish, the perfect kale salad or smash into the ultimate pumpkin soup or moorish pumpkin scones. <P> 5. Set cleaned pumpkin halves on a lightly oiled baking sheet. Roast in a preheated 375°F oven (the temperature is actually quite flexibly – anywhere in the 350-425 range will yield results) until tender enough to pierce easily with a fork through the shell, about an hour. Scooping Roasted Pumpkin. Roast the Pumpkins. Set cleaned pumpkin halves on a lightly oiled baking sheet. Roast in a preheated 375°F oven (the temperature is actually quite flexibly – anywhere in the 350-425 range will yield results) until tender enough to pierce easily with a fork through the shell, about an hour. Scooping Roasted Pumpkin. | 375°F oven |
what is a shaman healer | <P> My understanding is that there are two aspects to shamanic healing: a medicinal one and a spiritual one. Shamans talk with plants and animals, with all of nature. This is not just a metaphor. They do it in an altered state of consciousness. <P> Shamanism is a spiritual practice found in cultures around the world from ancient times up to the present day. First and foremost, shamans' practices are practical and adaptable. These practices coexist over millennia with varying cultures, systems of government, and organized religious practices. Because it is not an organized religion as such, but rather a spiritual practice, shamanism cuts across all faiths and creeds, reaching deep levels of ancestral memory. <P> Shamanism (/ˈʃɑːmən/ SHAH-mən or /ˈʃeɪmən/ SHAY-mən) is a practice that involves a practitioner reaching altered states of consciousness in order to perceive and interact with a spirit world and channel these transcendental energies into this world. Shamanism is still practiced in North and South Korea. In the south, shaman women are known as mudangs, while male shamans are referred to as baksoo mudangs. A person can become a shaman through hereditary title or through natural ability. <P> A shaman is a healer who moves into an altered state of consciousness to access a hidden reality in the spirit world for purposes of bringing back healing, power, and information. Some say it is the oldest form of healing on the planet, dating back approximately thirty thousand years. It has been found in many indigenous cultures in North and South America, Australia, New Zealand, Central and Northern Asia, Eastern and Northern Europe and Africa. <P> Many methods are used in shamanic healing, including soul retrieval, retrieval of a spiritual ally, removal of unwanted energies, soul remembering, ancestral work, psychopomp (helping the deceased to cross over into the Light) and hands on healing. Some say it is the oldest form of healing on the planet, dating back approximately thirty thousand years. It has been found in many indigenous cultures in North and South America, Australia, New Zealand, Central and Northern Asia, Eastern and Northern Europe and Africa. <P> Shamanic healing techniques are 30,000 to 40,000 years old and are still practiced world wide by both indigenous peoples and others who are called to this work. Sometimes known as spirit doctors or medicine men, shamans view illness as disharmony in a person's life on the spiritual level. During soul retrieval the shaman journeys on behalf of the client to find lost soul parts and bring them ‘home’ again. The retelling of the journey is tape recorded for the client to keep as a permanent record of the healing session. <P> But shamanism itself is not a formalized system of beliefs or an ideology. Rather, it is a group of activities and experiences shared by shamans in cultures around the world. These practices are adaptable and coexist with different cultures, systems of government, and organized religious practices. Because it is not an organized religion as such, but rather a spiritual practice, shamanism cuts across all faiths and creeds, reaching deep levels of ancestral memory. <P> New Client Information Shamanism and soul retrieval have been around for better than 40,000 years. Both have been practiced by healers of most every indigenous culture on the planet. These ancient peoples understood what our modern culture has forgotten. There is more to healing and health than just the physical. <P> Shamanism is an ancient form of spiritual healing. Some say it is the oldest form of healing on the planet, dating back approximately thirty thousand years. It has been found in many indigenous cultures in North and South America, Australia, New Zealand, Central and Northern Asia, Eastern and Northern Europe and Africa. <P> The word shaman comes from the language of a tribe in Siberia, according to Mircea Eliade, a scholar of religion, a shaman is a man or woman who journeys in an altered state of consciousness. Thus, shamanism is the application of what the shaman does. | A shaman is a healer who moves into an altered state of consciousness to access a hidden reality in the spirit world for purposes of bringing back healing, power, and information. |
how long does it take for mail to get from albany ny to sc | <P> A Certificate of Publication, with the affidavits of publication of the newspapers attached, must be submitted to the New York Department of State, Division of Corporations, One Commerce Plaza, 99 Washington Avenue, Albany, NY 12231. The fee for filing the Certificate of Publication is $50. <P> Best Answer: USPS Priority Mail averages a 2-3 day transit time. Priority Mail is delivered in that timeframe 96% of the time. There must be some circumstance if it is consistently taking longer than that. It is not normal to have every package sent to take longer than 2-3 days. <P> How long does it take for priority mail from NY to SC? The length of time it takes for priority mail to go from New York to South Carolina is two to three days. If you ship it online it is the same amount of time. One will receive … a free delivery confirmation when it arrives at its destination. 5 people found this useful. <P> The driving distance between Albany, NY and Syracuse, NY is approximately 145 miles. The driving time would be approximately 2 hours 30 minutes if you were to travel non-stop … in good driving conditions. <P> Below is a list of approximate delivery times for First Class mail that is sent from New York (FL). <P> First Class Mail is delivered in 3 to 5 days. 2 people found this useful. Edit. Share to: 1 Different Jobs Available at the United States Postal Service During any given week, the United States Postal Service delivers billions of letters and parcels. <P> The completed Application for Reservation of Name, together with the statutory filing fee of $20, should be forwarded to the New York Department of State, Division of Corporations, One Commerce Plaza, 99 Washington Avenue, Albany, NY 12231. <P> How long does it take standard mail to travel from Albany Ny to Canastota NY? 33 Years, 3 months, 4 days and 21 minutes, give or take. | Two to three days. |
how long can a hard boiled egg stay unrefrigerated | <P> Leaving hard-boiled eggs at room temperature for extended periods of time allows for dangerous bacteria, including salmonella, to grow at a rapid pace. FoodSafety.gov states that foodborne pathogens grow quickly between 40 and 140 degrees Fahrenheit, commonly known as the danger zone. <P> Place the eggs in the pot, cover it and bring it to a boil. Boil the eggs 3 minutes for soft boiled eggs or 10 minutes for hard boiled. Drain the eggs and immediately cover them with cold running water until they are completely cooled, about 5-10 minutes, if they are to be served cold. If they are to be served hot keep them covered in the hot water. <P> Cook eggs until the yolk and white are firm. If you serve a dish that contains hard-boiled eggs at a party, such as deviled eggs, place your serving platter on ice to keep the eggs cold during service. Set a timer to remind yourself to refrigerate the leftovers within two hours. If your eggs sit out longer than they should, play it safe and throw them out. <P> Hard-boiled eggs still in their shells can keep for a week in the fridge, and raw eggs in their shells can stay fresh three to five weeks from the purchase date, even if the sell-by date has passed. <P> How long can hard-boiled eggs stay out at room temperature? The Easter basket looks empty without them. Your friendly U.S. Department of Agriculture says you can keep those colorful eggs in the Easter basket or out for an Easter egg hunt for absolutely as long as you like as long as it's not more than two hours. Otherwise, it says, they should be kept in the refrigerator. | Within two hours. |
what is a CEO | <P> A chief executive officer (CEO in American English) or managing director (MD in British English) describes the position of the most senior corporate officer, executive, or administrator in charge of managing a non-profit or for-profit organization. In the US, the term chief executive officer is used primarily in business, whereas the term executive director is used primarily in the not-for-profit sector. These terms are generally mutually exclusive and refer to distinct legal duties and responsibilities which are incompatible. <P> The CEO of a corporation or company typically reports to the board of directors and is charged with maximizing the value of the entity. Titles also often given to the holder of the CEO position include president and chief executive (CE). In the US, the term chief executive officer is used primarily in business, whereas the term executive director is used primarily in the not-for-profit sector. These terms are generally mutually exclusive and refer to distinct legal duties and responsibilities which are incompatible. <P> Responsibilities [edit]. The responsibilities of an organization's CEO are set by the organization's board of directors or other authority, depending on the organization's legal structure. They can be far-reaching or quite limited and are typically enshrined in a formal delegation of authority. In the US, the term chief executive officer is used primarily in business, whereas the term executive director is used primarily in the not-for-profit sector. These terms are generally mutually exclusive and refer to distinct legal duties and responsibilities which are incompatible. <P> CEO (Chief Executive Officer) is a top-ranking corporate position, responsible for overseeing operations. Often the company's president, the CEO reports to the chairman of the board and board members. <P> Noun. 1. CEO-the corporate executive responsible for the operations of the firm; reports to a board of directors; may appoint other managers (including a president). chief executive officer, chief operating officer. business executive, corporate executive-an executive in a business corporation. Translations. <P> In an organization that has a board of directors, the chief executive officer is (usually) the singular organizational position that is primarily responsible to carry out the strategic plans and policies as established by the board of directors. In this case, the chief executive reports to the board of directors. The definition of chief executive officer (almost always) depends on whether a business is a corporation or not, that is, whether it (usually) has a board of directors or not. <P> The responsibilities of an organization's CEO are set by the organization's board of directors or other authority, depending on the organization's legal structure. In the US, the term chief executive officer is used primarily in business, whereas the term executive director is used primarily in the not-for-profit sector. These terms are generally mutually exclusive and refer to distinct legal duties and responsibilities which are incompatible. <P> Top 10 unbelievable historical concurrencies. CEO stands for Chief Executive Officer, and it is often the title of a person who holds the highest position in a company or on a board. A related title is president, which may be used instead, but it often suggests a level of democracy that's not common in most businesses. A CEO is the highest ranking manager of a company. As the chief executive, a CEO is ultimately responsible for a company's long term strategies. CEOs need to be able to delegate so that they don't overwork themselves. Chief executive officers and other top business executives are responsible for making important decisions on behalf of stockholder <P> chief executive officer (CEO). Top executive responsible for a firm's overall operations and performance. He or she is the leader of the firm, serves as the main link between the board of directors (the board) and the firm's various parts or levels, and is held solely responsible for the firm's success or failure. Definition | A top-ranking corporate position, responsible for overseeing operations. |
what is cyclonic precipitation | <P> Cyclonic or Frontal Precipitation. Cyclonic or frontal precipitation results of a moving air mass. An air mass is defined as a body of air with similar temperature and humidity. Air masses are named by their source region, and retain characteristics from that region. Air mass originated from the water. <P> Answered by The Community. Making the world better, one answer at a time. Cyclonic or 'frontal' rain occurs where two air masses meet and form a 'front.' The warmer, moisture laden air rises over the colder air as a 'warm front'. As the air rises it cools, and its relative humidity increases. Clouds form as water vapor condenses, and then fall as rain. A tropical cyclone is a tropical storm system with a cyclonic circulation about a low pressure center powered by organized convection. In a tropical cyclone, rapid inward circulation of air masses about a low pressure centre. Tropical cyclone is a generic term. <P> CYCLONIC PRECIPITATION. Typically, these storms consist of two precipitation belts -- one associated with the forward sector of the storm producing steady, slow precipitation for 6 to 12 hours and a second associated with rear sector producing thunderstorm activity. <P> Frontal or Cyclonic Rainfall. ADVECTION FOG: Occurs when moist air passes over a cool surface via wind and is cooled. It is most common at sea when the tropical air collides with the cooler waters. <P> Answered by The Community. Making the world better, one answer at a time. convectional relief is formed with the formation of convectional currents. the surface of the earth is heated and the air above it aswell. the air mass expands and becomes lighter. but as the airmass rises it cools. it continues to rise till it reaches due point <P> Precipitation which results from the lifting of air converging into a low-pressure area, or Cyclone. See also: CAFO, BACK SWAMP, UDMH, LADE, GALLON (U.S.). <P> Cyclones bringing clouds and precipitation. A cyclone is an area of low pressure around which the winds flow counterclockwise in the northern hemisphere. Since a cyclone is also known as a low pressure center, moving in any horizontal direction away from the Low will result in increasing pressure. Air converges into a low pressure center which causes air to rise. The rising motion may produce clouds and precipitation. Different precipitation types include rain and thunderstorms in the summer and fall seasons, to rain, thunderstorms, and even snow during the winter. A low is represented on a weather map by a red L. As a cyclone approaches, the likelihood of clouds and precipitation increases. Winds flow counterclockwise around a low pressure center in the northern hemisphere and temperatures are dependent upon the location relative to the low <P> Cyclonic or Frontal Precipitation Cyclonic or frontal precipitation results of a moving air mass. An air mass is defined as a body of air with similar temperature and humidity. Air masses are named by their source region, and retain characteristics from that region. Maritime Air-Air mass originated from the water. Cyclonic or frontal precipitation results of a moving air mass. An air mass is defined as a body of air with similar temperature and humidity. Air masses are named by their source region, and retain characteristics from that region. <P> Thus a meteorological phenomenon of lifting of air masses is essential to result precipitation. To the hydrologist, precipitation is the general term for all forms of moisture originating from the clouds and falling to the ground. The following are the essential requirements for precipitation to occur: | It is a results of a moving air mass. |
starting pay for psychiatrist | <P> For example the median expected annual pay for a typical Psychiatrist in the United States is $205,390, so 50% of the people who perform the job of Psychiatrist in the United States are expected to make less than $205,390. <P> The average annual salary for psychiatrists in 2013 was $182,660, according to the U.S. Bureau of Labor Statistics. Experience affects salaries, however, and starting salaries could be very different from the average for all psychiatrists. <P> Medscape’s salary report also shows that the average pay for psychiatrists varies significantly from region to region. The highest salaries are in the Great Lakes region ($247,000 on average), followed by the North Central region ($201,000) and the West ($198,000). <P> Based on Payscale’s salary data, child psychiatrists employed in California typically earn salaries in the range from $103,042 to $387,832 a year, those working in Pennsylvania are generally paid between $99,949 annually, and professionals based in Illinois make between $60,000 and $220,000 a year. <P> The average starting salary for child psychiatrists in their first year on the job is $159,000 a year according to the salary figures reported by the recruitment agency Profiles. Based on the salary data provided by ValueMD.com, child and adolescent psychiatrists earn $158,000 a year in the first two years of practice. Based on the salary data reported by Payscale, child psychiatrists with less than a year of work experience typically earn salaries in the range from $144,416 to $172,500 a year. <P> Starting salary. The starting salary for psychiatrists with less than a year of professional experience typically ranges from $45,113 to $217,940 a year according to salary information provided by Payscale. <P> Child psychiatrists earned less, with a median starting salary of $159,000. Those positions were reversed after six years of practice, however, when median salaries for psychiatrists rose to $213,000 and those for child psychiatrists rose to $220,500 annually. <P> Psychiatrists employed in New York generally earn salaries in the range from $57,812 to $203,823, those living in California make between $87,172 and $249,017 a year, professionals in Texas are paid between $97,474 and $250,862 annually, and those working in Florida earn between $77,281 and $206,243 a year on average. <P> Starting salaries for psychiatrists varied by more than $100,000 in 2013, according to “Becker’s Hospital Review.” The lowest-offered base salary was $165,000, while the highest-offered base salary was $300,000. | $100,000 in 2013, according to “Becker’s Hospital Review.” |
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