Question: How is the parenchymal architecture?

Answer: normal at this stage of disease


Question: Is the parenchymal architecture normal at this stage of disease,  even with such abundant iron?

Answer: yes


Question: Is failure to stain normal at this stage of disease,  even with such abundant iron?

Answer: no


Question: What stain after diastase digestion of the liver?

Answer: periodic acid-schiff (pas)


Question: Does periodic acid-Schiff stain after diastase digestion of the liver?

Answer: yes


Question: Does a peripheral blood smear stain after diastase digestion of the liver?

Answer: no


Question: When does periodic acid-Schiff stain ?

Answer: after diastase digestion of the liver


Question: What is pale,  with a hemorrhagic margin?

Answer: the distal hepatic tissue


Question: What is the distal hepatic tissue pale with?

Answer: a hemorrhagic margin


Question: How is the distal hepatic tissue?

Answer: pale


Question: Is the distal hepatic tissue pale,  with a hemorrhagic margin?

Answer: yes


Question: Is the embolus pale,  with a hemorrhagic margin?

Answer: no


Question: What has caused severe hepatic congestion?

Answer: thrombosis of the major veins


Question: What has thrombosis of the major hepatic veins caused?

Answer: severe hepatic congestion


Question: Has thrombosis of the major hepatic veins caused severe hepatic congestion?

Answer: yes


Question: Has the white circles caused severe hepatic congestion?

Answer: no


Question: What are visible?

Answer: major blood vessels


Question: Are major blood vessels visible?

Answer: yes


Question: Are carcinoid tumors visible?

Answer: no


Question: What is notable for a variegated mottled red appearance,  representing congestion and hemorrhage in the centrilobular regions of the parenchyma?

Answer: the cut liver section


Question: What is the cut liver section notable for?

Answer: the variegated mottled red appearance


Question: What are not easily seen?

Answer: atrophied hepatocytes


Question: Are atrophied hepatocytes not easily seen?

Answer: yes


Question: Are aortic elastic layers not easily seen?

Answer: no


Question: What are intact?

Answer: portal tracts and the periportal parenchyma


Question: Are portal tracts and the periportal parenchyma intact?

Answer: yes


Question: Are bronchial biopsy specimen from an asthmatic patient intact?

Answer: no


Question: Did atrophy differentiate hepatocellular carcinoma within it?

Answer: no


Question: What suggests an evolving cancer?

Answer: nodule-in-nodule growth


Question: What does nodule-in-nodule growth suggest?

Answer: an evolving cancer


Question: Does nodule-in-nodule growth suggest an evolving cancer?

Answer: yes


Question: Does Escherichia suggest an evolving cancer?

Answer: no


Question: What grows in distorted versions of normal architecture : large pseudoacinar spaces,  essentially malformed,  dilated bile canaliculi?

Answer: malignant hepatocytes


Question: How did malignant hepatocytes grow?

Answer: in distorted versions of normal architecture


Question: Did malignant hepatocytes grow in distorted versions of normal architecture : large pseudoacinar spaces,  essentially malformed,  dilated bile canaliculi?

Answer: yes


Question: Did the polypoid areas grow in distorted versions of normal architecture : large pseudoacinar spaces,  essentially malformed,  dilated bile canaliculi?

Answer: no


Question: What is thickened and fibrotic due to chronic cholecystitis?

Answer: the wall of the gallbladder


Question: Is the wall of the gallbladder thickened and fibrotic due to chronic cholecystitis?

Answer: yes


Question: Is the infant thickened and fibrotic due to chronic cholecystitis?

Answer: no


Question: What are present in this otherwise unremarkable gallbladder from a patient with a mechanical mitral valve prosthesis,  leading to chronic intravascular hemolysis?

Answer: several faceted black gallstones


Question: What are several faceted black gallstones present in?

Answer: the gallbladder from a patient with a mechanical mitral valve prosthesis


Question: How are several faceted black gallstones present?

Answer: with a mechanical mitral valve prosthesis


Question: Are several faceted black gallstones present in this otherwise unremarkable gallbladder from a patient with a mechanical mitral valve prosthesis,  leading to chronic intravascular hemolysis?

Answer: yes


Question: Are a few residual cardiac muscle cells present in this otherwise unremarkable gallbladder from a patient with a mechanical mitral valve prosthesis,  leading to chronic intravascular hemolysis?

Answer: no


Question: What contains a large,  exophytic tumor that virtually fills the lumen?

Answer: the opened gallbladder


Question: What does the opened gallbladder contain?

Answer: a large


Question: Does the opened gallbladder contain a large,  exophytic tumor that virtually fills the lumen?

Answer: yes


Question: What has the same appearance as that of intrahepatic cholangiocarcinoma?

Answer: the tumor


Question: What does the tumor have that is the same as intrahepatic cholangiocarcinoma?

Answer: appearance


Question: Does the tumor have the same appearance as that of intrahepatic cholangiocarcinoma?

Answer: yes


Question: Does darker trabeculae have the same appearance as that of intrahepatic cholangiocarcinoma?

Answer: no


Question: What are large and filled with tenacious mucin?

Answer: the cysts


Question: Are the cysts large and filled with tenacious mucin?

Answer: yes


Question: What shows delayed maturation and disorganization?

Answer: the epithelium


Question: What does the epithelium above the intact basement membrane show?

Answer: delayed maturation and disorganization


Question: Does the epithelium above the intact basement membrane show delayed maturation and disorganization?

Answer: yes


Question: Does the lower lobe show delayed maturation and disorganization?

Answer: no


Question: What shows several mitotic figures,  some above the basal layer,  and nuclear pleomorphism?

Answer: higher magnification


Question: What does higher magnification show?

Answer: several mitotic figures


Question: Does higher magnification show several mitotic figures,  some above the basal layer,  and nuclear pleomorphism?

Answer: yes


Question: Does the wall of the gallbladder show several mitotic figures,  some above the basal layer,  and nuclear pleomorphism?

Answer: no


Question: What is deformed by an ulcerated,  infiltrative mass?

Answer: the glans penis


Question: What is the glans penis deformed by?

Answer: an ulcerated


Question: Is the glans penis deformed by an ulcerated,  infiltrative mass?

Answer: yes


Question: What are large and hyperchromatic?

Answer: the nuclei


Question: Are the nuclei large and hyperchromatic?

Answer: yes


Question: Are the internal and external elastic membranes large and hyperchromatic?

Answer: no


Question: What contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: testicular teratomas


Question: What do testicular teratomas contain?

Answer: mature cells from endodermal


Question: Do testicular teratomas contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: yes


Question: Do small nests of epithelial cells and myxoid stroma forming cartilage and bone contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: no


Question: What contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: testicular teratomas


Question: What do testicular teratomas contain?

Answer: mature cells from endodermal


Question: Do testicular teratomas contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: yes


Question: Do hepatocytes contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: no


Question: What contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: testicular teratomas


Question: What do testicular teratomas contain?

Answer: mature cells from endodermal


Question: Do testicular teratomas contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: yes


Question: Do two small pulmonary arterioles contain mature cells from endodermal,  mesodermal,  and ectodermal lines?

Answer: no


Question: What demonstrates a well-demarcated nodule at the right of the field,  with a portion of urethra seen to the left?

Answer: low-power photomicrograph


Question: How does low-power photomicrograph demonstrate a well-demarcated nodule at the right of the field?

Answer: with a portion of urethra seen to the left


Question: Does low-power photomicrograph demonstrate a well-demarcated nodule at the right of the field,  with a portion of urethra seen to the left?

Answer: yes


Question: Does four-chamber dilation and hypertrophy demonstrate a well-demarcated nodule at the right of the field,  with a portion of urethra seen to the left?

Answer: no


Question: What is caused predominantly by stromal,  rather than glandular,  proliferation in other cases of nodular hyperplasia?

Answer: nodularity


Question: What is the nodularity caused by in other cases of nodular hyperplasia?

Answer: stromal


Question: Is the nodularity caused predominantly by stromal,  rather than glandular,  proliferation in other cases of nodular hyperplasia?

Answer: yes


Question: Is typical tuberculous granuloma showing an area of central necrosis caused predominantly by stromal,  rather than glandular,  proliferation in other cases of nodular hyperplasia?

Answer: no


Question: What is crowded in between larger benign glands?

Answer: small glands


Question: What is are the small glands crowded in between?

Answer: larger benign glands


Question: Are the small glands crowded in between larger benign glands?

Answer: yes


Question: Are t_h17 cells crowded in between larger benign glands?

Answer: no


Question: What shows several small malignant glands with enlarged nuclei,  prominent nucleoli,  and dark cytoplasm,  as compared with the larger,  benign gland?

Answer: higher magnification


Question: What does higher magnification show with enlarged nuclei,  prominent nucleoli,  and dark cytoplasm,  as compared with the larger,  benign gland?

Answer: small malignant glands


Question: Does higher magnification show several small malignant glands with enlarged nuclei,  prominent nucleoli,  and dark cytoplasm,  as compared with the larger,  benign gland?

Answer: yes


Question: Does embolus derived from a lower-extremity deep venous thrombus show several small malignant glands with enlarged nuclei,  prominent nucleoli,  and dark cytoplasm,  as compared with the larger,  benign gland?

Answer: no


Question: What resemble coral,  within the bladder?

Answer: papillary urothelial tumor


Question: What does the cystoscopic appearance of the papillary urothelial tumor resemble?

Answer: resemble coral


Question: Does the cystoscopic appearance of a papillary urothelial tumor within the bladder resemble coral?

Answer: yes


Question: Did the initial reaction complex within the bladder resemble coral?

Answer: no


Question: What include a diffuse plasma cell infiltrate beneath squamous epithelium of skin?

Answer: histologic features of the chancre


Question: What do histologic features of the chancre include beneath squamous epithelium of skin?

Answer: a diffuse plasma cell infiltrate


Question: Do histologic features of the chancre include a diffuse plasma cell infiltrate beneath squamous epithelium of skin?

Answer: yes


Question: Do tubules include a diffuse plasma cell infiltrate beneath squamous epithelium of skin?

Answer: no


Question: What are seen infiltrating the epidermis?

Answer: large tumor cells with pale-pink cytoplasm


Question: What are large tumor cells with pale-pink cytoplasm seen infiltrating?

Answer: the epidermis


Question: Are large tumor cells with pale-pink cytoplasm seen infiltrating the epidermis?

Answer: yes


Question: Are portal tracts and the periportal parenchyma seen infiltrating the epidermis?

Answer: no


Question: What are present in the underlying dermis?

Answer: chronic inflammatory cells


Question: What are chronic inflammatory cells present in?

Answer: the underlying dermis


Question: Are chronic inflammatory cells present in the underlying dermis?

Answer: yes


Question: Are the necrotic cells present in the underlying dermis?

Answer: no


Question: What did ervical transformation zone show?

Answer: the transition from mature glycogenated squamous epithelium


Question: Did ervical transformation zone show the transition from mature glycogenated squamous epithelium,  to immature metaplastic squamous cells,  to columnar endocervical glandular epithelium?

Answer: yes


Question: Did a diagnostic,  binucleate reed-sternberg cell show the transition from mature glycogenated squamous epithelium,  to immature metaplastic squamous cells,  to columnar endocervical glandular epithelium?

Answer: no


Question: What are exfoliated?

Answer: the cells


Question: Are these cells exfoliated?

Answer: yes


Question: Are large tumor cells with pale-pink cytoplasm exfoliated?

Answer: no


Question: What reflects the progressive loss of cellular differentiation on the surface of the cervical lesions from which these cells are exfoliated?

Answer: this observation


Question: What does this observation reflect?

Answer: the progressive loss of cellular differentiation on the surface of the cervical lesions from which these cells are exfoliated


Question: Does this observation reflect the progressive loss of cellular differentiation on the surface of the cervical lesions from which these cells are exfoliated?

Answer: yes


Question: Does the parenchymal architecture reflect the progressive loss of cellular differentiation on the surface of the cervical lesions from which these cells are exfoliated?

Answer: no


Question: Does microscopic examination reflect the progressive loss of cellular differentiation on the surface of the cervical lesions from which these cells are exfoliated?

Answer: no


Question: What shows a large endometriotic cyst with degenerated blood (chocolate cyst)?

Answer: sectioning of ovary


Question: What does sectioning of ovary show?

Answer: large endometriotic cyst with degenerated blood


Question: How does sectioning of ovary show a large endometriotic cyst?

Answer: with degenerated blood


Question: Does sectioning of ovary show a large endometriotic cyst with degenerated blood (chocolate cyst)?

Answer: yes


Question: Does this abnormality show a large endometriotic cyst with degenerated blood (chocolate cyst)?

Answer: no


Question: What is characterized by nests of closely packed glands?

Answer: hyperplasia without atypia


Question: What is hyperplasia without atypia characterized by?

Answer: nests of closely packed glands


Question: How is hyperplasia without atypia characterized?

Answer: by nests of closely packed glands


Question: Is hyperplasia without atypia characterized by nests of closely packed glands?

Answer: yes


Question: Is endoscopic view of a longitudinally-oriented mallory-weiss characterized by nests of closely packed glands?

Answer: no


Question: What is seen as glandular crowding and cellular atypia?

Answer: hyperplasia without atypia


Question: What is hyperplasia with atypia seen as?

Answer: glandular crowding and cellular atypia


Question: Is hyperplasia with atypia seen as glandular crowding and cellular atypia?

Answer: yes


Question: Is a binucleate reed-sternberg cell with large,  inclusion-like nucleoli and abundant cytoplasm seen as glandular crowding and cellular atypia?

Answer: no


Question: What shows bundles of normal-looking smooth muscle cells?

Answer: microscopic appearance of leiomyoma


Question: What does the microscopic appearance of leiomyoma show?

Answer: bundles of normal-looking smooth muscle cells


Question: Does microscopic appearance of leiomyoma show bundles of normal-looking smooth muscle cells?

Answer: yes


Question: Does plaque show bundles of normal-looking smooth muscle cells?

Answer: no


Question: What is opened to show multiple submucosal,  myometrial,  and subserosal gray-white tumors,  each with a characteristic whorled appearance on cut section?

Answer: the uterus


Question: What are totally obscured by a hemorrhagic inflammatory mass?

Answer: the tube and ovary to the left of the uterus


Question: What are the tube and ovary to the left of the uterus totally obscured by?

Answer: the hemorrhagic inflammatory mass


Question: Are the tube and ovary to the left of the uterus totally obscured by a hemorrhagic inflammatory mass?

Answer: yes


Question: Are edema totally obscured by a hemorrhagic inflammatory mass?

Answer: no


Question: What is adherent to the adjacent ovary on the other side?

Answer: the tube


Question: What is the tube adherent to?

Answer: the adjacent ovary on the other side


Question: Is the tube adherent to the adjacent ovary on the other side?

Answer: yes


Question: Is the kidney adherent to the adjacent ovary on the other side?

Answer: no


Question: Is borderline serous cystadenoma opened to show a large,  bulky tumor mass?

Answer: no


Question: What consists of numerous swollen villi?

Answer: complete hydatidiform mole


Question: What does the complete hydatidiform mole consist of?

Answer: numerous swollen villi


Question: Does the complete hydatidiform mole consist of numerous swollen villi?

Answer: yes


Question: Does the cellular adaptation depicted here consist of numerous swollen villi?

Answer: no


Question: What are evident in this microscopic image?

Answer: distended hydropic villi and proliferation of the chorionic epithelium


Question: Are distended hydropic villi and proliferation of the chorionic epithelium evident in this microscopic image?

Answer: yes


Question: What has an expansile growth pattern with pushing circumscribed borders?

Answer: this benign tumor


Question: What does this benign tumor have ?

Answer: an expansile growth pattern with pushing circumscribed borders


Question: Does this benign tumor have an expansile growth pattern with pushing circumscribed borders?

Answer: yes


Question: Does bone marrow from an infant have an expansile growth pattern with pushing circumscribed borders?

Answer: no


Question: What distorts the glandular tissue,  forming cleftlike spaces,  and bulges into surrounding stroma?

Answer: proliferating stromal cells


Question: What do proliferating stromal cells distort?

Answer: the glandular tissue


Question: Do proliferating stromal cells distort the glandular tissue,  forming cleftlike spaces,  and bulge into surrounding stroma?

Answer: yes


Question: Do carcinoid tumors distort the glandular tissue,  forming cleftlike spaces,  and bulge into surrounding stroma?

Answer: no


Question: What is shown that is a common feature of nonproliferative breast disease?

Answer: an apocrine cyst


Question: What is an apocrine cyst?

Answer: a common feature of nonproliferative breast disease


Question: Is an apocrine cyst a common feature of nonproliferative breast disease?

Answer: yes


Question: Is the prominent cell in the center field a common feature of nonproliferative breast disease?

Answer: no


Question: What leads to ER-positive cancers?

Answer: the most common pathway


Question: Does the most common pathway lead to ER-positive cancers?

Answer: yes


Question: Does two helical spirochetes lead to ER-positive cancers?

Answer: no


Question: What include flat epithelial atypia,  ADH,  and DCIS,  all of which share certain genomic events with invasive ER-positive carcinomas,  such gains of chromosome 1,  losses of chromosome 16,  and mutations of PIK3CA the gene encoding PI3K?

Answer: morphologically recognized precursor lesions


Question: What do morphologically recognized precursor lesions include?

Answer: flat epithelial atypia


Question: Do morphologically recognized precursor lesions include flat epithelial atypia,  ADH,  and DCIS?

Answer: yes


Question: Do the principal cellular alterations that characterize reversible cell injury and necrosis include flat epithelial atypia,  ADH,  and DCIS?

Answer: no


Question: What are classified as luminal by gene expression profiling?

Answer: er-positive carcinomas


Question: Are these cancers classified as luminal by gene expression profiling?

Answer: yes


Question: Are skin stem cells classified as luminal by gene expression profiling?

Answer: no


Question: What is the type of cancer that arises most commonly in individuals with germline BRCA2 mutations?

Answer: luminal


Question: Is this the type of cancer that arises most commonly in individuals with germline BRCA2 mutations?

Answer: yes


Question: Is show flow cytometry the type of cancer that arises most commonly in individuals with germline BRCA2 mutations?

Answer: no


Question: What is atypical apocrine adenosis,  which shares features with apocrine DCIS?

Answer: a possible precursor lesion


Question: What is a possible precursor lesion,  which shares features with apocrine DCIS?

Answer: atypical apocrine adenosis


Question: Is the head atypical apocrine adenosis,  which shares features with apocrine DCIS?

Answer: no


Question: What is negative for ER and HER2 (triple negative)?

Answer: the least common but molecularly most distinctive type of breast cancer


Question: What is the least common but molecularly most distinctive type of breast cancer?

Answer: negative for er and her2


Question: Is the least common but molecularly most distinctive type of breast cancer negative for ER and HER2 triple negative ; blue arrow?

Answer: yes


Question: Are histologic features negative for ER and HER2 triple negative ?

Answer: no


Question: What are classified as basal-like by gene expression profiling?

Answer: the majority of triple-negative cancers


Question: What are the majority of triple-negative cancers classified as?

Answer: basal-like


Question: Are the majority of triple-negative cancers classified as basal-like by gene expression profiling?

Answer: yes


Question: Is advanced organizing pneumonia classified as basal-like by gene expression profiling?

Answer: no


Question: What is associated with DCIS?

Answer: mammographic detection of calcifications


Question: What is mammographic detection of calcifications associated with?

Answer: dcis


Question: Is mammographic detection of calcifications associated with DCIS?

Answer: yes


Question: Is a distinct nuclear inclusion and multiple cytoplasmic inclusions associated with DCIS?

Answer: no


Question: What appear as dense masses with spicular margins resulting from invasion of adjacent radiolucent breast tissue in mammograms B?

Answer: invasive breast carcinomas


Question: What are composed of noncohesive tumor cells that invade as linear cords of cells and induce little stromal response?

Answer: lobular carcinomas


Question: What are lobular carcinomas composed of?

Answer: noncohesive tumor cells that invade as linear cords of cells and induce little stromal response


Question: Are lobular carcinomas composed of noncohesive tumor cells that invade as linear cords of cells and induce little stromal response?

Answer: yes


Question: Are normal marrow cells composed of noncohesive tumor cells that invade as linear cords of cells and induce little stromal response?

Answer: no


Question: What often appear as relatively subtle,  irregular masses in mammograms?

Answer: lobular carcinomas


Question: What do lobular carcinomas offen appear as?

Answer: relatively subtle


Question: Do lobular carcinomas appear as relatively subtle,  irregular masses in mammograms?

Answer: yes


Question: Does bowing of legs appear as relatively subtle,  irregular masses in mammograms?

Answer: no


Question: What consists of tightly adhesive clusters of cells,  as in this carcinoma with medullary features,  or when there is abundant extracellular mucin production?

Answer: carcinomas


Question: What do carcinomas consist of?

Answer: tightly adhesive clusters of cells


Question: Do carcinomas consist of tightly adhesive clusters of cells,  as in this carcinoma with medullary features,  or when there is abundant extracellular mucin production?

Answer: yes


Question: Do characteristic peribronchial noncaseating granulomas with many giant cells consist of tightly adhesive clusters of cells,  as in this carcinoma with medullary features,  or when there is abundant extracellular mucin production?

Answer: no


Question: What is populated by several distinct cell types that express different peptide hormones?

Answer: the normal anterior pituitary gland


Question: What is the normal anterior pituitary gland populated by?

Answer: several distinct cell types that express different peptide hormones


Question: Is the gland populated by several distinct cell types that express different peptide hormones?

Answer: yes


Question: Is nuclear pleomorphism populated by several distinct cell types that express different peptide hormones?

Answer: no


Question: What are basophilic (blue),  eosinophilic (red),  or nonstaining?

Answer: peptide hormones


Question: What are colors of these hormones?

Answer: basophilic (blue)


Question: Are these hormones basophilic (blue),  eosinophilic (red),  or nonstaining in routine sections stained with hematoxylin and eosin,  which allows the various cell types to be identified?

Answer: yes


Question: Are normal marrow cells basophilic (blue),  eosinophilic (red),  or nonstaining in routine sections stained with hematoxylin and eosin,  which allows the various cell types to be identified?

Answer: no


Question: What contrasts with the admixture of cells seen in the normal anterior pituitary gland?

Answer: the monomorphism of these cells


Question: What does the monomorphism of these cells contrast with?

Answer: the admixture of cells seen in the normal anterior pituitary gland


Question: How does the monomorphism of these cells contrast?

Answer: with admixture of cells seen in the normal anterior pituitary gland


Question: Does the monomorphism of these cells contrast with the admixture of cells seen in the normal anterior pituitary gland?

Answer: yes


Question: Does cm contrast with the admixture of cells seen in the normal anterior pituitary gland?

Answer: no


Question: What is one of the classic features of this disorder?

Answer: a wide-eyed


Question: Is a wide-eyed,  staring gaze,  caused by overactivity of the sympathetic nervous system,  one of the classic features of this disorder?

Answer: yes


Question: Is borderline serous cystadenoma one of the classic features of this disorder?

Answer: no


Question: What adds to the protuberant appearance of the eyes in Graves disease?

Answer: the orbits


Question: Does one of the most important causes of hyperthyroidism,  accumulation of loose connective tissue behind the orbits add to the protuberant appearance of the eyes in Graves disease?

Answer: yes


Question: Do most scars add to the protuberant appearance of the eyes in Graves disease?

Answer: no


Question: What are lined by tall columnar epithelial cells that are actively resorbing the colloid in the centers of the follicles,  resulting in a scalloped appearance of the colloid?

Answer: the follicles


Question: What are the follicles lined by?

Answer: tall columnar epithelial cells


Question: Are the follicles lined by tall columnar epithelial cells that are actively resorbing the colloid in the centers of the follicles,  resulting in a scalloped appearance of the colloid?

Answer: yes


Question: Are apoptotic cells lined by tall columnar epithelial cells that are actively resorbing the colloid in the centers of the follicles,  resulting in a scalloped appearance of the colloid?

Answer: no


Question: What is composed of cells with abundant eosinophilic cytoplasm and small regular nuclei on this high-power view?

Answer: the tumor


Question: What is the tumor composed of?

Answer: cells with abundant eosinophilic cytoplasm and small regular nuclei on this high-power view


Question: Is the tumor composed of cells with abundant eosinophilic cytoplasm and small regular nuclei on this high-power view?

Answer: yes


Question: Is the wall of the artery composed of cells with abundant eosinophilic cytoplasm and small regular nuclei on this high-power view?

Answer: no


Question: What is visible in this gross specimen?

Answer: a solitary


Question: How is a solitary,  well-circumscribed nodule in this gross specimen?

Answer: visible


Question: Is a solitary,  well-circumscribed nodule visible in this gross specimen?

Answer: yes


Question: Is genomic dna visible in this gross specimen?

Answer: no


Question: What is visible in this gross specimen?

Answer: a solitary


Question: How is a solitary,  well-circumscribed nodule in this gross specimen?

Answer: visible


Question: Is a solitary,  well-circumscribed nodule visible in this gross specimen?

Answer: yes


Question: Is borderline serous cystadenoma visible in this gross specimen?

Answer: no


Question: What is obtained by fine-needle aspiration of a papillary carcinoma?

Answer: cells


Question: How are cells obtained?

Answer: by fine-needle aspiration of papillary carcinoma


Question: Are cells obtained by fine-needle aspiration of a papillary carcinoma?

Answer: yes


Question: What are visible in some of the aspirated cells?

Answer: characteristic intranuclear inclusions


Question: How are characteristic intranuclear inclusions?

Answer: visible in some of the aspirated cells


Question: Are characteristic intranuclear inclusions visible in some of the aspirated cells?

Answer: yes


Question: Is wilms tumor visible in some of the aspirated cells?

Answer: no


Question: What demonstrate capsular invasion that may be minimal,  as in this case,  or widespread,  with extension into local structures of the neck by contrast?

Answer: follicular carcinomas


Question: What do follicular carcinomas demonstrate?

Answer: capsular invasion


Question: Do follicular carcinomas demonstrate capsular invasion that may be minimal,  as in this case,  or widespread,  with extension into local structures of the neck by contrast?

Answer: yes


Question: Do iron deposits shown by a special staining process demonstrate capsular invasion that may be minimal,  as in this case,  or widespread,  with extension into local structures of the neck by contrast?

Answer: no


Question: What is noted at earlier observations?

Answer: islet inflammation


Question: Is islet inflammation noted at earlier observations?

Answer: yes


Question: Is the tan-colored,  encapsulated small tumor noted at earlier observations?

Answer: no


Question: What is observed late in the natural history of this form of diabetes,  with islet inflammation noted at earlier observations?

Answer: amyloidosis


Question: What is Amyloidosis observed late in?

Answer: the natural history of this form of diabetes


Question: Is Amyloidosis observed late in the natural history of this form of diabetes,  with islet inflammation noted at earlier observations?

Answer: yes


Question: Is the glomerulus observed late in the natural history of this form of diabetes,  with islet inflammation noted at earlier observations?

Answer: no


Question: Are the surrounding acinar structures essentially normal?

Answer: yes


Question: Are clusters of pigmented hepatocytes with eosinophilic cytoplasm essentially normal?

Answer: no


Question: What point to inflammation surrounding islet of Langerhans?

Answer: arrows


Question: Do a few interspersed neutrophils,  much smaller in size and with compact,  lobate nuclei,  point to inflammation surrounding islet of Langerhans?

Answer: no


Question: Is severe renal hyaline arteriolosclerosis in the periodic acid-Schiff stain specimen?

Answer: yes


Question: Is the amorphous nature of the thickened vascular wall evident?

Answer: yes


Question: What demonstrates diffuse granular transformation of the surface and marked thinning of the cortex (right)?

Answer: the bisected kidney


Question: What does the bisected kidney demonstrate?

Answer: diffuse granular transformation of surface and marked thinning of cortex


Question: Does the bisected kidney demonstrate diffuse granular transformation of the surface and marked thinning of the cortex (right)?

Answer: yes


Question: Does ischemic injury showing surface blebs demonstrate diffuse granular transformation of the surface and marked thinning of the cortex (right)?

Answer: no


Question: What include some irregular depressions,  the result of pyelonephritis,  and an incidental cortical cyst far (right)?

Answer: additional features


Question: What do additional features include?

Answer: irregular depressions and an incidental cortical cyst far


Question: Do additional features include some irregular depressions,  the result of pyelonephritis,  and an incidental cortical cyst far right?

Answer: yes


Question: Do infants who survive include some irregular depressions,  the result of pyelonephritis,  and an incidental cortical cyst far right?

Answer: no


Question: What is also called islet cell tumor?

Answer: pancreatic neuroendocrine tumor (pannet)


Question: What is ancreatic neuroendocrine tumor PanNET called?

Answer: islet cell tumor


Question: What is abundant amyloid deposition?

Answer: characteristic of an insulinoma


Question: Is there abundant amyloid deposition,  characteristic of an insulinoma?

Answer: yes


Question: What are composed of cells containing lipofuscin pigment,  seen in the right part of the field on histologic examination?

Answer: the nodules


Question: What are the nodules composed of?

Answer: cells containing lipofuscin pigment


Question: Are the nodules composed of cells containing lipofuscin pigment,  seen in the right part of the field on histologic examination?

Answer: yes


Question: Are the white circles composed of cells containing lipofuscin pigment,  seen in the right part of the field on histologic examination?

Answer: no


Question: What is distinguished from nodular hyperplasia by its solitary,  circumscribed nature?

Answer: the adenoma


Question: What is the adenoma distinguished from?

Answer: nodular hyperplasia by its solitary


Question: Is the adenoma distinguished from nodular hyperplasia by its solitary,  circumscribed nature?

Answer: yes


Question: Is the late-phase reaction distinguished from nodular hyperplasia by its solitary,  circumscribed nature?

Answer: no


Question: The adenoma is distinguished from nodular hyperplasia by whose solitary , circumscribed nature ?

Answer: its


Question: What are vacuolated because of the presence of intracytoplasmic lipid?

Answer: the neoplastic cells


Question: What are the neoplastic cells vacuolated because of?

Answer: the presence of intracytoplasmic lipid


Question: Are the neoplastic cells vacuolated because of the presence of intracytoplasmic lipid?

Answer: yes


Question: Are gram-positive,  elongated cocci in pairs and short chains and a neutrophil vacuolated because of the presence of intracytoplasmic lipid?

Answer: no


Question: What is there in the figure?

Answer: mild nuclear pleomorphism


Question: Is there mild nuclear pleomorphism?

Answer: yes


Question: Is separate mild nuclear pleomorphism?

Answer: no


Question: Are mitotic activity and necrosis not seen?

Answer: yes


Question: Is this glandular tumor not seen?

Answer: no


Question: The adenoma is distinguished from nodular hyperplasia by whose solitary , circumscribed nature ?

Answer: its


Question: What include central obesity,  moon facies, and abdominal striae?

Answer: characteristic features of cushing syndrome


Question: What do characteristic features include?

Answer: central obesity


Question: Do characteristic features include central obesity,  moon facies, and abdominal striae?

Answer: yes


Question: Do the segregation of b cells and t cells in different regions of the lymph node include central obesity,  moon facies, and abdominal striae?

Answer: no


Question: What does the tumor compress?

Answer: the upper pole


Question: Does the tumor dwarf the kidney and compresse the upper pole?

Answer: yes


Question: Does an infarct in the brain dwarf the kidney and compresse the upper pole?

Answer: no


Question: What is there in addition to loss of all but a subcapsular rim of cortical cells?

Answer: extensive mononuclear cell infiltrate


Question: Is there an extensive mononuclear cell infiltrate in addition to loss of all but a subcapsular rim of cortical cells?

Answer: yes


Question: What are not visible in this preparation?

Answer: granules containing catecholamine


Question: How are granules containing catecholamine?

Answer: not visible in this preparation


Question: Are granules containing catecholamine not visible in this preparation?

Answer: yes


Question: Are the thickened alveolar walls not visible in this preparation?

Answer: no


Question: What is seen (lower portion)?

Answer: the comma-shaped residual adrenal gland


Question: Is the comma-shaped residual adrenal gland seen (lower portion)?

Answer: yes


Question: Is the b-cell antigen receptor complex seen (lower portion)?

Answer: no


Question: Is Fig.653 more cellular and disorganized than this?

Answer: no


Question: What are markedly thinned?

Answer: the trabecular bone of the medulla and the cortical bone


Question: Are the trabecular bone of the medulla and the cortical bone markedly thinned?

Answer: yes


Question: Are masson trichrome markedly thinned?

Answer: no


Question: What is caused by trabecular compression fractures without repair?

Answer: the space between the overlying articular cartilage and bone


Question: What is the space between the overlying articular cartilage and bone caused by?

Answer: trabecular compression fractures without repair


Question: Is the space between the overlying articular cartilage and bone caused by trabecular compression fractures without repair?

Answer: yes


Question: Is carcinomatous tissue caused by trabecular compression fractures without repair?

Answer: no


Question: What shows the inner native necrotic cortex (sequestrum)?

Answer: the drainage tract in the subperiosteal shell of viable new bone


Question: What does the drainage tract in the subperiosteal shell of viable new bone show?

Answer: inner native necrotic cortex


Question: Does the drainage tract in the subperiosteal shell of viable new bone show the inner native necrotic cortex (sequestrum)?

Answer: yes


Question: Does the anterior mitral leaflet show the inner native necrotic cortex (sequestrum)?

Answer: no


Question: What has laid down a triangular shell of reactive bone known as a Codman triangle?

Answer: the periosteum


Question: What has the periosteum laid down?

Answer: a triangular shell of reactive bone known as a codman triangle


Question: Has the periosteum,  which has been lifted,  laid down a triangular shell of reactive bone known as a Codman triangle?

Answer: yes


Question: Has this abnormality laid down a triangular shell of reactive bone known as a Codman triangle?

Answer: no


Question: What fills most of the medullary cavity of the metaphysis and proximal diaphysis?

Answer: the tan-white tumor


Question: What does the tan-white tumor fill?

Answer: most of the medullary cavity of the metaphysis and proximal diaphysis


Question: Does the tan-white tumor fill most of the medullary cavity of the metaphysis and proximal diaphysis?

Answer: yes


Question: Does extensive mucous plugging and dilation of the tracheobronchial tree fill most of the medullary cavity of the metaphysis and proximal diaphysis?

Answer: no


Question: What has the histologic appearance of disorganized growth plate-like cartilage?

Answer: the cartilage cap


Question: What does the cartilage cap have?

Answer: the histologic appearance of disorganized growth plate-like cartilage


Question: Does the cartilage cap have the histologic appearance of disorganized growth plate-like cartilage?

Answer: yes


Question: Does this abnormality have the histologic appearance of disorganized growth plate-like cartilage?

Answer: no


Question: What is predominantly lytic,  expansile with destruction of the cortex?

Answer: giant cell tumor of the proximal fibula


Question: Is giant cell tumor of the proximal fibula predominantly lytic,  expansile with destruction of the cortex?

Answer: yes


Question: Is collagen predominantly lytic,  expansile with destruction of the cortex?

Answer: no


Question: What is also present?

Answer: a pathological fracture


Question: Is a pathologic fracture also present?

Answer: yes


Question: Is focal anaplasia also present?

Answer: no


Question: What shows eccentric aneurysmal bone cyst of tibia?

Answer: coronal computed axial tomography scan


Question: Does coronal computed axial tomography scan show eccentric aneurysmal bone cyst of tibia?

Answer: yes


Question: Does the transmural light area in the posterolateral left ventricle scan show eccentric aneurysmal bone cyst of tibia?

Answer: no


Question: What computed axial tomography scan shows eccentric aneurysmal bone cyst of tibia?

Answer: coronal


Question: What is coronal computed axial tomography scan showing?

Answer: eccentric aneurysmal bone cyst of tibia


Question: Does the coronal compute axial tomography scan show eccentric aneurysmal bone cyst of tibia?

Answer: yes


Question: Is section compute axial tomography scan showing eccentric aneurysmal bone cyst of tibia?

Answer: no


Question: What is delineated by a thin rim of reactive subperiosteal bone?

Answer: the soft tissue component


Question: What is the soft tissue component delineated by?

Answer: a thin rim of reactive subperiosteal bone


Question: Is the soft tissue component delineated by a thin rim of reactive subperiosteal bone?

Answer: yes


Question: Is the right ventricle delineated by a thin rim of reactive subperiosteal bone?

Answer: no


Question: What does subchondral sclerosis have?

Answer: scattered oval radiolucent cysts and peripheral osteophyte lipping


Question: What has scattered oval radiolucent cysts and peripheral osteophyte lipping arrows?

Answer: subcondral sclerosis


Question: Is there subchondral sclerosis with scattered oval radiolucent cysts and peripheral osteophyte lipping (arrows)?

Answer: yes


Question: Is the embolus subchondral sclerosis with scattered oval radiolucent cysts and peripheral osteophyte lipping (arrows)?

Answer: no


Question: Is the joint space narrowed?

Answer: yes


Question: Is infective endocarditis narrowed?

Answer: no


Question: What shows marked synovial hypertrophy with formation of villi?

Answer: low magnification


Question: How does low magnification show marked synovial hypertrophy?

Answer: with formation of villi


Question: Does low magnification show marked synovial hypertrophy with formation of villi?

Answer: yes


Question: Does plaque rupture without show marked synovial hypertrophy with formation of villi?

Answer: no


Question: What is rimmed by palisaded histiocytes?

Answer: central necrosis


Question: What is rheumatoid nodule composed of?

Answer: central necrosis


Question: How is rheumatoid nodule composed of central necrosis rimmed?

Answer: by palisaded histiocytes


Question: Is rheumatoid nodule composed of central necrosis rimmed by palisaded histiocytes?

Answer: yes


Question: Is mitotic activity and necrosis rimmed by palisaded histiocytes?

Answer: no


Question: What include diffuse osteopenia,  marked loss of the joint spaces of the carpal,  metacarpal,  phalangeal,  and interphalangeal joints,  periarticular bony erosions,  and ulnar drift of the fingers?

Answer: characteristic features of rheumatoid arthritis


Question: What do characteristic features include ?

Answer: diffuse osteopenia


Question: Do characteristic features include diffuse osteopenia,  marked loss of the joint spaces of the carpal,  metacarpal,  phalangeal,  and interphalangeal joints,  periarticular bony erosions,  and ulnar drift of the fingers?

Answer: yes


Question: Do both adrenal glands include diffuse osteopenia,  marked loss of the joint spaces of the carpal,  metacarpal,  phalangeal,  and interphalangeal joints,  periarticular bony erosions,  and ulnar drift of the fingers?

Answer: no


Question: What is surrounded by reactive fibroblasts,  mononuclear inflammatory cells,  and giant cells?

Answer: an aggregate of dissolved urate crystals cells


Question: What is an aggregate of dissolved urate crystals cells surrounded by?

Answer: reactive fibroblasts


Question: Is an aggregate of dissolved urate crystals surrounded by reactive fibroblasts,  mononuclear inflammatory cells,  and giant cells?

Answer: yes


Question: Are large,  flat cells with small nuclei surrounded by reactive fibroblasts,  mononuclear inflammatory cells,  and giant cells?

Answer: no


Question: What are needle shaped and negatively birefringent under polarized light?

Answer: urate crystals


Question: What shape are urate crystals?

Answer: needle


Question: Are urate crystals needle shaped and negatively birefringent under polarized light?

Answer: yes


Question: Are early organization of intraalveolar exudates,  seen in areas to be streaming through the needle shaped and negatively birefringent under polarized light?

Answer: no


Question: Where are scattered immature adipocytes and more primitive round-to-stellate cells?

Answer: myxoid liposarcoma with abundant ground substance and a rich capillary network


Question: What are there in myxoid liposarcoma with abundant ground substance and a rich capillary network?

Answer: scattered immature adipocytes and more primitive round-to-stellate cells


Question: Are there scattered immature adipocytes and more primitive round-to-stellate cells in myxoid liposarcoma with abundant ground substance and a rich capillary network?

Answer: yes


Question: What is lined by discohesive,  uniform round tumor cells?

Answer: alveolar rhabdomyosarcoma


Question: What is alveolar rhabdomyosarcoma with numerous spaces lined by?

Answer: discohesive


Question: How is alveolar rhabdomyosarcoma with numerous spaces lined?

Answer: with discohesive


Question: Is alveolar rhabdomyosarcoma with numerous spaces lined by discohesive,  uniform round tumor cells?

Answer: yes


Question: Are normal marrow cells lined by discohesive,  uniform round tumor cells?

Answer: no


Question: What is spindled to polygonal cells?

Answer: anaplastic


Question: What does undifferentiated pleomorphic sarcoma show?

Answer: anaplastic spindled to polygonal cells


Question: Does undifferentiated pleomorphic sarcoma show anaplastic spindled to polygonal cells?

Answer: yes


Question: Is carcinoma in situ spindled to polygonal cells?

Answer: no


Question: What contains an inflammatory infiltrate around small blood vessels that has obliterated a vessel in B?

Answer: the perineurial connective tissue


Question: What does the perineurial connective tissue contain?

Answer: an inflammatory infiltrate around small blood vessels


Question: Does the perineurial connective tissue contain an inflammatory infiltrate around small blood vessels that has obliterated a vessel in B?

Answer: yes


Question: Does the blue area contain an inflammatory infiltrate around small blood vessels that has obliterated a vessel in B?

Answer: no


Question: What is often seen in neuropathies resulting from vascular injury?

Answer: interfascicular variation in axonal density


Question: What is such interfascicular variation in axonal density often seen in?

Answer: neuropathies resulting from vascular injury


Question: Is such interfascicular variation in axonal density often seen in neuropathies resulting from vascular injury?

Answer: yes


Question: Is failure to stain often seen in neuropathies resulting from vascular injury?

Answer: no


Question: What are associated with segmental necrosis and regeneration of individual myofibers?

Answer: myopathic conditions


Question: What are myopathic conditions associated with?

Answer: segmental necrosis and regeneration of individual myofibers


Question: Are myopathic conditions associated with segmental necrosis and regeneration of individual myofibers?

Answer: yes


Question: Are apoptotic cells in colonic epithelium associated with segmental necrosis and regeneration of individual myofibers?

Answer: no


Question: What are infiltrated by variable numbers of inflammatory cells?

Answer: necrotic cells


Question: What are necrotic cells infiltrated by?

Answer: variable numbers of inflammatory cells


Question: Are necrotic cells infiltrated by variable numbers of inflammatory cells?

Answer: yes


Question: Are the least common but molecularly most distinctive type of breast cancer infiltrated by variable numbers of inflammatory cells?

Answer: no


Question: What are characterized by cytoplasmic basophilia and enlarged nucleoli (not visible at this power)?

Answer: regenerative myofibers


Question: What are regenerative myofibers characterized by?

Answer: cytoplasmic basophilia and enlarged nucleoli


Question: Are regenerative myofibers characterized by cytoplasmic basophilia and enlarged nucleoli not visible at this power?

Answer: yes


Question: Are congenital capillary hemangioma at 2 years of age after the lesion characterized by cytoplasmic basophilia and enlarged nucleoli not visible at this power?

Answer: no


Question: What show variation in size?

Answer: myofibers


Question: What do myofibers show in size?

Answer: variation


Question: Do myofibers show variation in size?

Answer: yes


Question: Do the normal areas dna content and the zygosity plot show variation in size?

Answer: no


Question: What is maintained at a younger age?

Answer: fascicular muscle architecture


Question: Is fascicular muscle architecture maintained at a younger age?

Answer: yes


Question: Is fish using a fluorescein-labeled cosmid probe for n-myc on a tissue section containing neuroblastoma maintained at a younger age?

Answer: no


Question: What is seen as focal pink-staining connective tissue between myofibers?

Answer: endomysial fibrosis


Question: What is there regenerating myofibers and slight endomysial fibrosis,  seen as focal pink-staining connective tissue between myofibers?

Answer: a cluster of basophilic


Question: Is there a cluster of basophilic regenerating myofibers and slight endomysial fibrosis,  seen as focal pink-staining connective tissue between myofibers?

Answer: yes


Question: Is the extensive subcutaneous fibrosis a cluster of basophilic regenerating myofibers and slight endomysial fibrosis,  seen as focal pink-staining connective tissue between myofibers?

Answer: no


Question: Is a brown stain in normal muscle seen?

Answer: yes


Question: Is this abnormality stain in normal muscle seen?

Answer: no


Question: What shows a complete absence of membrane-associated dystrophin,  seen as a brown stain in normal muscle inset in (B)?

Answer: immunohistochemical staining


Question: What does immunohistochemical staining show?

Answer: a complete absence of membrane-associated dystrophin


Question: Does immunohistochemical staining show a complete absence of membrane-associated dystrophin,  seen as a brown stain in normal muscle inset in (B)?

Answer: yes


Question: What illustrates disease progression,  which is marked by extensive variation in myofiber size,  fatty replacement,  and endomysial fibrosis in (C)?

Answer: the biopsy from the older brother


Question: What does the biopsy from the older brother illustrate?

Answer: disease progression


Question: Does the biopsy from the older brother illustrate disease progression,  which is marked by extensive variation in myofiber size,  fatty replacement,  and endomysial fibrosis in (C)?

Answer: yes


Question: Does gland illustrate disease progression,  which is marked by extensive variation in myofiber size,  fatty replacement,  and endomysial fibrosis in (C)?

Answer: no


Question: What is characterized by endomysial inflammatory infiltrates and myofiber necrosis (arrow)?

Answer: polymyositis


Question: What is polymyositis characterized by?

Answer: endomysial inflammatory infiltrates and myofiber necrosis


Question: Is polymyositis characterized by endomysial inflammatory infiltrates and myofiber necrosis (arrow)?

Answer: yes


Question: Is the gland characterized by endomysial inflammatory infiltrates and myofiber necrosis (arrow)?

Answer: no


Question: What shows prominent perifascicular and paraseptal atrophy?

Answer: dermatomyositis


Question: What does dermatomyositis show?

Answer: prominent perifascicular and paraseptal atrophy


Question: Does dermatomyositis show prominent perifascicular and paraseptal atrophy?

Answer: yes


Question: Does schematic diagram of intimal thickening show prominent perifascicular and paraseptal atrophy?

Answer: no


Question: Is gomori trichrome stain modified?

Answer: yes


Question: Is the distal hepatic tissue stain modified?

Answer: no


Question: What are seen to consist of bland spindle cells admixed with wavy collagen bundles likened to carrot shavings?

Answer: infiltrating tumor cells


Question: What are bland spindle cells seen admixed with?

Answer: collagen bundles


Question: Are tumor cells seen to consist of bland spindle cells admixed with wavy collagen bundles likened to carrot shavings?

Answer: yes


Question: Are the portal tracts seen to consist of bland spindle cells admixed with wavy collagen bundles likened to carrot shavings?

Answer: no


Question: What is likened to carrot shavings?

Answer: collagen bundles


Question: What is wavy collagen bundles likened to?

Answer: carrot shavings


Question: Are wavy collagen bundles likened to carrot shavings?

Answer: yes


Question: Is the electron micrograph of gaucher cells with likened to carrot shavings?

Answer: no


Question: What are pyknotic?

Answer: the nuclei


Question: Are the nuclei pyknotic?

Answer: yes


Question: Are healthy neutrophils with nuclei pyknotic?

Answer: no


Question: What are shrunken and eosinophilic?

Answer: the cell bodies


Question: How are the cell bodies?

Answer: shrunken and eosinophilic


Question: Are the cell bodies shrunken and eosinophilic?

Answer: yes


Question: Are energy stores shrunken and eosinophilic?

Answer: no


Question: What are flattened as a result of compression of the expanding brain by the dura mater and inner surface of the skull?

Answer: the surfaces of the gyri


Question: What are the surfaces of the gyri flattened as a result of?

Answer: compression of the expanding brain by the dura mater and inner surface of the skull


Question: Are the surfaces of the gyri flattened as a result of compression of the expanding brain by the dura mater and inner surface of the skull?

Answer: yes


Question: Are the segregation of b cells and t cells in different regions of the lymph node flattened as a result of compression of the expanding brain by the dura mater and inner surface of the skull?

Answer: no


Question: What are associated with a dangerous increase in intra-cranial pressure?

Answer: compression of the expanding brain


Question: What are such changes associated with?

Answer: dangerous increase in intra-cranial pressure


Question: Are such changes associated with a dangerous increase in intra-cranial pressure?

Answer: yes


Question: Are varices associated with a dangerous increase in intra-cranial pressure?

Answer: no


Question: What displaces the brain downward?

Answer: mass effect


Question: Does mass effect displace the brain downward?

Answer: yes


Question: Does CD15 displace the brain downward?

Answer: no


Question: What does disruption of the vessels that enter the pons along the midline lead to?

Answer: hemorrhage


Question: What leads to hemorrhage?

Answer: disruption of the vessels that enter the pons along the midline


Question: Is there disruption of the vessels that enter the pons along the midline,  leading to hemorrhage?

Answer: yes


Question: Is the irreversible injury disruption of the vessels that enter the pons along the midline,  leading to hemorrhage?

Answer: no


Question: What are seen as areas of tissue loss and residual gliosis?

Answer: old intracortical infarcts


Question: What are old intracortical infarcts seen as?

Answer: areas of tissue loss and residual gliosis


Question: Are old intracortical infarcts seen as areas of tissue loss and residual gliosis?

Answer: yes


Question: Are testicular teratomas seen as areas of tissue loss and residual gliosis?

Answer: no


Question: When does an area of infarction show the presence of macrophages and surrounding reactive gliosis?

Answer: by day 10


Question: What is present in the temporal lobe?

Answer: an infarct with punctate hemorrhages


Question: Is an infarct with punctate hemorrhages,  consistent with ischemia-reperfusion injury,  present in the temporal lobe?

Answer: yes


Question: Is the lung biopsy specimen present in the temporal lobe?

Answer: no


Question: What shows destruction of cortex and surrounding gliosis?

Answer: old cystic infarct


Question: What does the old cystic infarct show?

Answer: destruction of cortex and surrounding gliosis


Question: Does old cystic infarct show destruction of cortex and surrounding gliosis?

Answer: yes


Question: Does axial tomography show destruction of cortex and surrounding gliosis?

Answer: no


Question: What is dissected to show a large aneurysm?

Answer: view of the base of the brain


Question: What is the circle of Willis dissected to?

Answer: show a large aneurysm


Question: Is the circle of Willis dissected to show a large aneurysm?

Answer: yes


Question: Is acute promyelocytic leukemia-bone marrow dissected to show a large aneurysm?

Answer: no


Question: What are present in both temporal lobes,  with areas of hemorrhage and tissue disruption?

Answer: acute contusions


Question: Where are the acute contusions present?

Answer: in both temporal lobes


Question: Are acute contusions present in both temporal lobes,  with areas of hemorrhage and tissue disruption?

Answer: yes


Question: Are the surrounding acinar structures present in both temporal lobes,  with areas of hemorrhage and tissue disruption?

Answer: no


Question: What are present on the inferior frontal surface of this brain?

Answer: remote contusions


Question: What are remote contusions seen as?

Answer: discolored yellow areas


Question: Are remote contusions,  seen as discolored yellow areas,  present on the inferior frontal surface of this brain?

Answer: yes


Question: Are the lumen of the bronchus present on the inferior frontal surface of this brain?

Answer: no


Question: What are included in the cystlike structure visible just above the buttocks?

Answer: both meninges and spinal cord parenchyma


Question: What are both meninges and spinal cord parenchyma included in?

Answer: the cystlike structure visible just above the buttocks


Question: Are both meninges and spinal cord parenchyma included in the cystlike structure visible just above the buttocks?

Answer: yes


Question: Are histologic features of the chancre included in the cystlike structure visible just above the buttocks?

Answer: no


Question: What is associated with the spread of organisms in the perivascular spaces?

Answer: numerous areas tissue destruction


Question: How did whole-brain section show the numerous areas of tissue destruction associate?

Answer: with the spread of organisms in the perivascular spaces


Question: Is the whole-brain section showing the numerous areas of tissue destruction associated with the spread of organisms in the perivascular spaces?

Answer: yes


Question: Is histopathologic features of condyloma acuminatum associated with the spread of organisms in the perivascular spaces?

Answer: no


Question: What surround an area of early myelin loss?

Answer: enlarged oligodendrocyte nuclei


Question: What do enlarged oligodendrocyte nuclei stained for viral antigens  surround?

Answer: areas of early myelin loss


Question: Do enlarged oligodendrocyte nuclei stained for viral antigens surround an area of early myelin loss?

Answer: yes


Question: Do others surround an area of early myelin loss?

Answer: no


Question: What stain for myelin?

Answer: luxol fast blue-periodic acid-schiff


Question: Does Luxol fast blue-periodic acid-Schiff stain for myelin?

Answer: yes


Question: Does the blood-brain barrier stain for myelin?

Answer: no


Question: What are seen in association with loss of normal nuclear immunoreactivity?

Answer: cytoplasmic inclusions containing tdp43


Question: What are cytoplasmic inclusions containing TDP43 seen in association with?

Answer: loss of normal nuclear immunoreactivity


Question: Are cytoplasmic inclusions containing TDP43 seen in association with loss of normal nuclear immunoreactivity?

Answer: yes


Question: Are chronic inflammatory cells seen in association with loss of normal nuclear immunoreactivity?

Answer: no


Question: What are associated with neuronal intranuclear inclusions containing TDP43?

Answer: some forms of ftld


Question: What are some forms of FTLD associated with?

Answer: neuronal intranuclear inclusions containing tdp43


Question: Are some forms of FTLD associated with neuronal intranuclear inclusions containing TDP43?

Answer: yes


Question: Are these cancers associated with neuronal intranuclear inclusions containing TDP43?

Answer: no


Question: What is strongly immunoreactive for ubiquitin?

Answer: an intranuclear inclusion in a cortical neuron


Question: Is an intranuclear inclusion in a cortical neuron strongly immunoreactive for ubiquitin?

Answer: yes


Question: What have round nuclei,  often with a clear cytoplasmic halo in oligodendroglioma?

Answer: tumor cells in oligodendroglioma


Question: What do tumor cells have in oligodendroglioma?

Answer: round nuclei


Question: How do tumor cells have round nuclei?

Answer: often with a clear cytoplasmic halo


Question: Do tumor cells have round nuclei,  often with a clear cytoplasmic halo in oligodendroglioma?

Answer: yes


Question: Do lymphoid aggregates with germinal centers and abundant subepi-thelial plasma cells within the superficial lamina propria have round nuclei,  often with a clear cytoplasmic halo in oligodendroglioma?

Answer: no


Question: What is attached to the dura with compression of underlying brain?

Answer: parasagittal multilobular meningioma


Question: What is parasagittal multilobular meningioma attached to?

Answer: the dura with compression of underlying brain


Question: How is parasagittal multilobular meningioma attached?

Answer: to the dura with compression of underlying brain


Question: Is parasagittal multilobular meningioma attached to the dura with compression of underlying brain?

Answer: yes


Question: Is a pacemaker attached to the dura with compression of underlying brain?

Answer: no


Question: What shows marked epidermal hyperplasia,  downward extension of rete ridges psoriasiform hyperplasia,  and prominent parakeratotic scale with infiltrating neutrophils?

Answer: microscopic examination


Question: Does microscopic examination show marked epidermal hyperplasia,  downward extension of rete ridges,  and prominent parakeratotic scale with infiltrating neutrophils?

Answer: yes


Question: Does rupture of a meningeal artery,  usually associated with a skull fracture,  show marked epidermal hyperplasia,  downward extension of rete ridges,  and prominent parakeratotic scale with infiltrating neutrophils?

Answer: no


Question: What is covered by silvery-white scale?

Answer: erythematous psoriatic plaques


Question: How is erythematous psoriatic plaques covered?

Answer: by silvery-white scale


Question: Are erythematous psoriatic plaques covered by silvery-white scale?

Answer: yes


Question: Are areas of chalky necrosis covered by silvery-white scale?

Answer: no


Question: What are present?

Answer: superficial dermal fibrosis and vascular ectasia


Question: Are superficial dermal fibrosis and vascular ectasia,  both common features,  present?

Answer: yes


Question: Are this diagrammatic representation of four normal motor units present?

Answer: no


Question: What is involved by a superficial bacterial infection showing the characteristic erythematous scablike lesions crusted with dried serum?

Answer: a child's arm


Question: What is a child 's arm involved by ?

Answer: a superficial bacterial infection showing the characteristic erythematous scablike lesions crusted with dried serum


Question: How is a child 's arm involved?

Answer: by a superficial bacterial infection


Question: Is a child 's arm involved by a superficial bacterial infection showing the characteristic erythematous scablike lesions crusted with dried serum?

Answer: yes


Question: Are a majority of the tumor cells involved by a superficial bacterial infection showing the characteristic erythematous scablike lesions crusted with dried serum?

Answer: no


Question: What contain zones of papillary epidermal proliferation that often radiate symmetrically like the points of a crown?

Answer: common warts


Question: What do common warts contain?

Answer: zones of papillary epidermal proliferation


Question: Do common warts contain zones of papillary epidermal proliferation that often radiate symmetrically like the points of a crown?

Answer: yes


Question: Does this specimen from a patient with periventricular leukomalacia contain zones of papillary epidermal proliferation that often radiate symmetrically like the points of a crown?

Answer: no


Question: What are seen at higher magnification (bottom)?

Answer: cytopathic changes


Question: What maginification are pallor or halos around nuclei,  prominent keratohyalin granules,  and related cytopathic changes seen at?

Answer: higher magnification


Question: Are pallor or halos around nuclei,  prominent keratohyalin granules,  and related cytopathic changes seen at higher magnification?

Answer: yes


Question: Are the relative locations,  sizes,  and distances between genes seen at higher magnification?

Answer: no


Question: What are plentiful?

Answer: rounded


Question: How are rounded, dissociated keratinocytes?

Answer: suprabasal intraepidermal blister which rounded


Question: Are rounded, dissociated keratinocytes plentiful?

Answer: yes


Question: Are acute tubular epithelial cell injury with blebbing at the luminal pole plentiful?

Answer: no


Question: What is on the left side of the fluorescent band?

Answer: epidermis


Question: Where is the epidermis?

Answer: on the left side of the fluorescent band


Question: Is epidermis on the left side of the fluorescent band?

Answer: yes


Question: Is bone marrow on the left side of the fluorescent band?

Answer: no


Question: What shows an orderly proliferation of uniform,  basaloid keratinocytes that tend to form keratin microcysts horn cysts?

Answer: microscopic examination


Question: What does microscopic examination show?

Answer: an orderly proliferation of uniform


Question: Does microscopic examination show an orderly proliferation of uniform,  basaloid keratinocytes that tend to form keratin microcysts horn cysts?

Answer: yes


Question: Does low magnification show an orderly proliferation of uniform,  basaloid keratinocytes that tend to form keratin microcysts horn cysts?

Answer: no


Question: What are present on the cheek and nose?

Answer: red


Question: Where are lesions owing to excessive scale present?

Answer: on the cheek and nose


Question: Are lesions owing to excessive scale present on the cheek and nose?

Answer: yes


Question: Are renal tubular epithelial cells in the lower half of the photograph present on the cheek and nose?

Answer: no


Question: What exhibit acantholysis?

Answer: atypical squamous cells


Question: What did irregular projections of atypical squamous cells exhibit?

Answer: acantholysis


Question: Did irregular projections of atypical squamous cells exhibit acantholysis?

Answer: yes


Question: Did intramembranous characteristically dense deposits exhibit acantholysis?

Answer: no


Question: What invades the dermal soft tissue as irregular projections of atypical squamous cells exhibiting acantholysis?

Answer: the tumor


Question: What does the tumor invade?

Answer: the dermal soft tissue as irregular projections of atypical squamous cells exhibiting acantholysis


Question: Does the tumor invade the dermal soft tissue as irregular projections of atypical squamous cells exhibiting acantholysis?

Answer: yes


Question: Does gross examination of a resected sigmoid colon invade the dermal soft tissue as irregular projections of atypical squamous cells exhibiting acantholysis?

Answer: no


Question: What are relatively small,  symmetric,  and uniformly pigmented?

Answer: melanocytic nevi


Question: Are melanocytic nevi relatively small,  symmetric,  and uniformly pigmented?

Answer: yes


Question: Are undifferentiated pleomorphic sarcoma showing anaplastic relatively small,  symmetric,  and uniformly pigmented?

Answer: no


Question: What corresponds to the less pigmented flat peripheral rim?

Answer: an asymmetric shoulder of exclusively junctional melanocytes


Question: Does the latter correspond to the less pigmented flat peripheral rim?

Answer: yes


Question: Does this lesion correspond to the less pigmented flat peripheral rim?

Answer: no


Question: What corresponds to the raised,  more pigmented central zone seen in the figure inset?

Answer: the central dermal component


Question: Does the former correspond to the raised,  more pigmented central zone seen in the figure inset?

Answer: yes


Question: What tend to be larger than nevi,  with irregular contours and variable pigmentation?

Answer: lesions


Question: Do lesions tend to be larger than nevi,  with irregular contours and variable pigmentation?

Answer: yes


Question: Do some forms of ftld tend to be larger than nevi,  with irregular contours and variable pigmentation?

Answer: no


Question: What indicates dermal invasion (vertical growth)?

Answer: elevated areas


Question: What do elevated areas indicate?

Answer: dermal invasion


Question: Do elevated areas indicate dermal invasion vertical growth?

Answer: yes


Question: Does the cut liver section,  in which major blood vessels are visible,  indicate dermal invasion vertical growth?

Answer: no


Question: What indicates superficial growth?

Answer: macular areas


Question: What do macular areas indicate?

Answer: superficial growth


Question: Do macular areas indicate superficial growth,  while elevated areas indicate dermal invasion vertical growth?

Answer: yes


Question: Do proliferating stromal cells indicate superficial growth,  while elevated areas indicate dermal invasion vertical growth?

Answer: no


Question: What is present in the center of the field?

Answer: an atypical mitotic figure


Question: Where is the atypical mitotic figure in the field?

Answer: in the center


Question: Is an atypical mitotic figure present in the center of the field?

Answer: yes


Question: Is enchondroma in the center of the field?

Answer: no


Question: What shows a sentinel lymph node containing a tiny cluster of metastatic melanoma,  detected by staining for the melanocytic marker HMB-45?

Answer: the inset


Question: What does the inset show?

Answer: a sentinel lymph node


Question: Does the inset show a sentinel lymph node containing a tiny cluster of metastatic melanoma,  detected by staining for the melanocytic marker HMB-45?

Answer: yes


Question: Does the cyst show a sentinel lymph node containing a tiny cluster of metastatic melanoma,  detected by staining for the melanocytic marker HMB-45?

Answer: no


Question: What is accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: m (mitotic) telophase


Question: Is M (mitotic) phase accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: yes


Question: What are the G1, S and G2 phase while M phase is accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: premitotic phases (mitotic) telophase


Question: How many phases are in premitotic phases?

Answer: 4


Question: What are premitotic phases while M phase is accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: the G1


Question: Are premitotic phases the G1, S and G2 phase while M phase is accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: yes


Question: Are M phase the G1, S and G2 phase while M phase is accomplished in 4 sequential stages: prophase, metaphase, anaphase, and telophase?

Answer: no


Question: How many daughter cells are formed which may continue to remain in the cell cycle or go out of it in resting phase interphase, the G0 phase on completion of cell division?

Answer: two


Question: What are formed which may continue to remain in the cell cycle or go out of it in resting phase interphase, the G0 phase on completion of cell division?

Answer: two daughter cells


Question: How are two daughter cells formed?

Answer: on completion of division


Question: Are two daughter cells formed which may continue to remain in the cell cycle or go out of it in resting phase interphase, the G0 phase on completion of cell division?

Answer: yes


Question: Are M phase formed which may continue to remain in the cell cycle or go out of it in resting phase interphase, the G0 phase on completion of cell division?

Answer: no


Question: What is caused by hypoxia/ischaemia?

Answer: sequence of events


Question: What is sequence of events in the pathogenesis of reversible and irreversible cell injury cause by?

Answer: hypoxia/ischaemia


Question: How is sequence of events in the pathogenesis of reversible and irreversible cell injury caused?

Answer: by hypoxia/ischaemia


Question: Is equence of events in the pathogenesis of reversible and irreversible cell injury caused by hypoxia/ischaemia?

Answer: yes


Question: Is m phase caused by hypoxia/ischaemia?

Answer: no


Question: What is compressed?

Answer: interstitial vasculature


Question: Is the interstitial vasculature compressed?

Answer: yes


Question: What are distended with cytoplasmic vacuoles while the interstitial vasculature is compressed?

Answer: tubular epithelial cells


Question: What are the tubular epithelial cells distended with?

Answer: cytoplasmic vacuoles


Question: Are the tubular epithelial cells distended with cytoplasmic vacuoles while the interstitial vasculature is compressed?

Answer: yes


Question: Are two daughter cells distended with cytoplasmic vacuoles while the interstitial vasculature is compressed?

Answer: no


Question: What are pale?

Answer: the nuclei of affected tubules


Question: Are the nuclei of affected tubules pale?

Answer: yes


Question: What shows pink homogeneous globular material due to accumulated immunoglobulins?

Answer: the cytoplasm immunoglobulins


Question: What does the cytoplasm show due to accumulated immunoglobulins?

Answer: pink homogeneous globular material immunoglobulins


Question: Does the cytoplasm show pink homogeneous globular material due to accumulated immunoglobulins?

Answer: yes


Question: What show pink homogeneous hyaline material connective tissue hyaline?

Answer: the centres of whorls of smooth muscle


Question: What do the centres of whorls of smooth muscle and connective tissue show?

Answer: pink homogeneous hyaline material (connective hyaline)


Question: Do the centres of whorls of smooth muscle and connective tissue show pink homogeneous hyaline material connective tissue hyaline?

Answer: yes


Question: Do two daughter cells show pink homogeneous hyaline material connective tissue hyaline?

Answer: no


Question: How many steps defects in any of which can produce fatty liver by different etiologic agents?

Answer: six


Question: What can produce fatty liver by different etiologic agents?

Answer: defects in any of the six numbered steps


Question: Can defects in any of the six number steps produce fatty liver by different etiologic agents?

Answer: yes


Question: Can equence of events in the pathogenesis of reversible and irreversible cell injury number steps produce fatty liver by different etiologic agents?

Answer: no


Question: What shows pale yellow parenchyma with rounded borders?

Answer: sectioned slice of the liver borders


Question: What does sectioned slice of the liver show?

Answer: pale yellow parenchyma with rounded borders


Question: Does sectioned slice of the liver show pale yellow parenchyma with rounded borders?

Answer: yes


Question: What show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: others hepatocytes


Question: What do others show in the cytoplasm (microvesicles)?

Answer: multiple small vacuoles


Question: Do others show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: yes


Question: What are distended with large fat vacuoles pushing the nuclei to the periphery (macrovesicles), while others show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: many of hepatocytes


Question: What are many of the hepatocytes distended with pushing the nuclei to the periphery (macrovesicles), while others show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: large fat


Question: Are many of the hepatocytes distended with large fat vacuoles pushing the nuclei to the periphery (macrovesicles), while others show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: yes


Question: Are the centres of whorls of smooth muscle and connective tissue distended with large fat vacuoles pushing the nuclei to the periphery (macrovesicles), while others show multiple small vacuoles in the cytoplasm (microvesicles)?

Answer: no


Question: What show multiple small vacuoles in the cytoplasm microvesicles?

Answer: others hepatocytes


Question: Do defects in any of the six show multiple small vacuoles in the cytoplasm microvesicles?

Answer: no


Question: What are distended with large fat vacuoles pushing the nuclei to the periphery macrovesicles, while others show multiple small vacuoles in the cytoplasm microvesicles?

Answer: many of hepatocytes


Question: What are many of the hepatocytes distended with pushing the nuclei to the periphery macrovesicles, while others show multiple small vacuoles in the cytoplasm microvesicles?

Answer: large fat


Question: Are many of the hepatocytes distended with large fat vacuoles pushing the nuclei to the periphery macrovesicles, while others show multiple small vacuoles in the cytoplasm microvesicles?

Answer: yes


Question: Are M phase distended with large fat vacuoles pushing the nuclei to the periphery macrovesicles, while others show multiple small vacuoles in the cytoplasm microvesicles?

Answer: no


Question: What contain coarse, granular, brown-black melanin pigment?

Answer: these cells


Question: What do these cells contain?

Answer: coarse


Question: Do these cells contain coarse, granular, brown-black melanin pigment?

Answer: yes


Question: What are seen as prussian blue granules?

Answer: haemosiderin pigment in the cytoplasm of hepatocytes granules


Question: What is haemosiderin pigment in the cytoplasm of hepatocytes see as?

Answer: prussian blue granules


Question: Are haemosiderin pigment in the cytoplasm of hepatocytes see as prussian blue granules?

Answer: yes


Question: Are defects in any of the six see as prussian blue granules?

Answer: no


Question: What contain coarse, granular, brown-black melanin pigment?

Answer: these cells


Question: What do these cells contain?

Answer: coarse


Question: Do these cells contain coarse, granular, brown-black melanin pigment?

Answer: yes


Question: Do defects in any of the six contain coarse, granular, brown-black melanin pigment?

Answer: no


Question: What are seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: lipofuscin pigment granules nuclei


Question: What are the lipofuscin pigment granules seen in?

Answer: cytoplasm myocardial fibres


Question: Are the lipofuscin pigment granules seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: yes


Question: Are equence of events in the pathogenesis of reversible and irreversible cell injury seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: no


Question: What are seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: lipofuscin pigment granules nuclei


Question: Are the lipofuscin pigment granules seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: yes


Question: Are others seen in the cytoplasm of the myocardial fibres, especially around the nuclei?

Answer: no


Question: What is there in the septal walls and around the bronchiole?

Answer: presence of abundant coarse black carbon pigment bronchiole


Question: Where is presence of abundant coarse black carbon pigment?

Answer: in the septal walls and around the bronchiole


Question: Is there presence of abundant coarse black carbon pigment in the septal walls and around the bronchiole?

Answer: yes


Question: Is the interstitial vasculature presence of abundant coarse black carbon pigment in the septal walls and around the bronchiole?

Answer: no


Question: What are still maintained?

Answer: the outlines of tubules


Question: Are the outline of tubules still maintained?

Answer: yes


Question: Are the affected area on right outline of tubules still maintained?

Answer: yes


Question: What shows cells with intensely eosinophilic cytoplasm of tubular cells?

Answer: the affected area on right


Question: What does the affected area on right show?

Answer: cells with intensely eosinophilic cytoplasm of tubular cells


Question: How does the affected area on right show cells?

Answer: with intensely eosinophilic cytoplasm of tubular cells


Question: Does the affected area on right show cells with intensely eosinophilic cytoplasm of tubular cells?

Answer: yes


Question: Does the show cells with intensely eosinophilic cytoplasm of tubular cells?

Answer: no


Question: What show granular debris?

Answer: the nuclei debris


Question: What do the nuclei show?

Answer: granular debris


Question: Do the nuclei show granular debris?

Answer: yes


Question: Do the tubular epithelial cells show granular debris?

Answer: no


Question: What shows non-specific chronic inflammation and proliferating vessels?

Answer: the interface between viable non-viable area vessels


Question: What does the interface between viable and non-viable area show?

Answer: non-specific chronic inflammation proliferating vessels


Question: Does the interface between viable and non-viable area show non-specific chronic inflammation and proliferating vessels?

Answer: yes


Question: Does the show non-specific chronic inflammation and proliferating vessels?

Answer: no


Question: What shows granulomatous inflammation?

Answer: the periphery inflammation


Question: What does the periphery show?

Answer: granulomatous inflammation


Question: Does the periphery show granulomatous inflammation?

Answer: yes


Question: What is there?

Answer: eosinophilic


Question: What is there eosinophilic, amorphous, granular?

Answer: caseous necrosis lymph node


Question: Is there eosinophilic, amorphous, granular material, while the periphery shows granulomatous inflammation?

Answer: yes


Question: What shows granulation tissue and gliosis?

Answer: the surrounding zone gliosis


Question: What does the surrounding zone show?

Answer: granulation tissue and gliosis


Question: Does the surrounding zone show granulation tissue and gliosis?

Answer: yes


Question: Does the interface between viable and non-viable area show granulation tissue and gliosis?

Answer: no


Question: What shows a cystic space containing cell debris, while the surrounding zone shows granulation tissue and gliosis?

Answer: necrosed area right side of field esurrounding gliosis


Question: What does the necrosed area on right side of the field show?

Answer: cystic space containing cell debris


Question: Where is the necrosed area?

Answer: on right side of the field


Question: Does the necrosed area on right side of the field show a cystic space containing cell debris, while the surrounding zone shows granulation tissue and gliosis?

Answer: yes


Question: Does there show a cystic space containing cell debris, while the surrounding zone shows granulation tissue and gliosis?

Answer: no


Question: What shows granulomatous inflammation?

Answer: the periphery


Question: What does the periphery show?

Answer: granulomatous inflammation


Question: Does the periphery show granulomatous inflammation?

Answer: yes


Question: Does the surrounding zone show granulomatous inflammation?

Answer: no


Question: What is there?

Answer: eosinophilic


Question: Is there eosinophilic, amorphous, granular material, while the periphery shows granulomatous inflammation?

Answer: yes


Question: Is the interface between viable and non-viable area eosinophilic, amorphous, granular material, while the periphery shows granulomatous inflammation?

Answer: no


Question: What shows brightly pink amorphous material and nuclear fragments of necrosed neutrophils?

Answer: the vesselwall


Question: What does the vesselwall show?

Answer: brightly pink amorphous material and nuclear fragments ofnecrosed neutrophils


Question: Does the vesselwall show brightly pink amorphous material and nuclear fragments of necrosed neutrophils?

Answer: yes


Question: Does the affected area on right show brightly pink amorphous material and nuclear fragments of necrosed neutrophils?

Answer: no


Question: What shows coagulativenecrosis of the skin, muscle and other soft tissue, and thrombsed vessels?

Answer: microscopy


Question: What does microscopy show of the skin, muscle and other soft tissue, and thrombsed vessels?

Answer: coagulativenecrosis vessels


Question: Does microscopy show coagulativenecrosis of the skin, muscle and other soft tissue, and thrombsed vessels?

Answer: yes


Question: Does the surrounding zone show coagulativenecrosis of the skin, muscle and other soft tissue, and thrombsed vessels?

Answer: no


Question: Where is prominence of Leydig cells?

Answer: the interstitium


Question: Is there prominence of Leydig cells in the interstitium?

Answer: yes


Question: Is the interstitial vasculature prominence of Leydig cells in the interstitium?

Answer: yes


Question: What undergoes metaplastic change to columnar epithelium of intestinal type?

Answer: part of the oesophagus


Question: Does part of the oesophagus which is normally lined by squamous epithelium undergo metaplastic change to columnar epithelium of intestinal type?

Answer: yes


Question: Does part of the endocervical mucosa undergo metaplastic change to columnar epithelium of intestinal type?

Answer: no


Question: What have marked cytologic atypia including mitoses?

Answer: layers of squamous epithelium


Question: What have layers of squamous epithelium marked?

Answer: cytologic atypia


Question: Have layers of squamous epithelium marked cytologic atypia including mitoses?

Answer: yes


Question: Have these cells marked cytologic atypia including mitoses?

Answer: no


Question: What are progressively shortened in aging?

Answer: these end components of chromosome


Question: Are these end components of chromosome progressively shortened in aging?

Answer: yes


Question: Are nuclei progressively shortened in aging?

Answer: no


Question: What are two LE cells there having?

Answer: rounded masses of amorphous nuclear material (le body)


Question: What are there having rounded masses of amorphous nuclear material which has displaced the lobes of neutrophil to the rim of the cell?

Answer: two cell


Question: Are there two LE cells having rounded masses of amorphous nuclear material which has displaced the lobes of neutrophil to the rim of the cell?

Answer: yes


Question: Are part of the endocervical mucosa two LE cells having rounded masses of amorphous nuclear material which has displaced the lobes of neutrophil to the rim of the cell?

Answer: no


Question: What is small and pale in colour?

Answer: the kidney


Question: How is the kidney?

Answer: small and pale in colour


Question: Is the kidney small and pale in colour?

Answer: yes


Question: What shows presence of plae waxy translucency in a map-like pattern?

Answer: the sectioned surface


Question: Does the sectioned surface show presence of plae waxy translucency in a map-like pattern?

Answer: yes


Question: Does line of demarcation between gangrenous segment and the viable bowel show presence of plae waxy translucency in a map-like pattern?

Answer: no


Question: What is involved in oedema by sodium and water retention?

Answer: mechanisms


Question: What is mechanisms involved in by sodium and water retention?

Answer: oedema


Question: How is mechanisms involved in oedema?

Answer: by sodium and water retention


Question: Is mechanisms involved in oedema by sodium and water retention?

Answer: yes


Question: Are layers of squamous epithelium involved in oedema by sodium and water retention?

Answer: no


Question: What are involved in the pathogenesis of pulmonary oedema?

Answer: mechanisms


Question: What are mechanisms involved in?

Answer: the pathogenesis of cardiac oedema


Question: Are mechanisms involved in the pathogenesis of cardiac oedema?

Answer: yes


Question: Is c, x-ray crystallography and infra-red spectroscopy involved in the pathogenesis of cardiac oedema?

Answer: no


Question: What are congested?

Answer: the alveolar capillaries


Question: Are the alveolar capillaries congested?

Answer: yes


Question: Are the dead cell seen in singles congested?

Answer: no


Question: What contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: the alveolar spaces


Question: Do the alveolar spaces as well as interstitium contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: yes


Question: Do others contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: no


Question: What are congested?

Answer: the alveolar capillaries


Question: Are the alveolar capillaries congested?

Answer: yes


Question: Are many of the hepatocytes congested?

Answer: no


Question: What contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: the alveolar spaces


Question: Do the alveolar spaces as well as interstitium contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: yes


Question: Do the nuclei of affected tubules contain eosinophilic, granular, homogeneous and pink proteinaceous oedema fluid along with some rbcs and inflammatory cells?

Answer: no


Question: What is involved in chronic venous congestion of different organs?

Answer: schematic representation of mechanisms


Question: What is schematic representation of mechanisms involved in?

Answer: chronic venous congestion (cvc) different organs


Question: Is chematic representation of mechanisms involved in chronic venous congestion of different organs?

Answer: yes


Question: Are two daughter cells involved in chronic venous congestion of different organs?

Answer: no


Question: What are widened and thickened due to congestion, oedema and mild fibrosis?

Answer: the alveolar sept


Question: Why are the alveolar septa widened?

Answer: due to congestion


Question: Are the alveolar septa widened and thickened due to congestion, oedema and mild fibrosis?

Answer: yes


Question: Are the interstitial vasculature widened and thickened due to congestion, oedema and mild fibrosis?

Answer: no


Question: What contain heart failure cells alveolar macrophages containing haemosiderin pigment?

Answer: the alveolar lumina


Question: What do the alveolar lumina contain?

Answer: heart failure cells (alveolar macrophages containing haemosiderin pigment)


Question: Do the alveolar lumina contain heart failure cells alveolar macrophages containing haemosiderin pigment?

Answer: yes


Question: What are widened and thickened due to congestion, oedema and mild fibrosis?

Answer: the alveolar septa


Question: Why are the alveolar septa widened?

Answer: due to congestion


Question: Are the alveolar septa widened and thickened due to congestion, oedema and mild fibrosis?

Answer: yes


Question: Are the interstitial vasculature widened and thickened due to congestion, oedema and mild fibrosis?

Answer: no


Question: What contain heart failure cells alveolar macrophages containing haemosiderin pigment?

Answer: the alveolar lumina


Question: What do the alveolar lumina contain failure cells alveolar macrophages containing haemosiderin pigment?

Answer: heart failure cells (alveolar macrophages containing haemosiderin pigment)


Question: Do the alveolar lumina contain heart failure cells alveolar macrophages containing haemosiderin pigment?

Answer: yes


Question: Do line of demarcation between gangrenous segment and the viable bowel contain heart failure cells alveolar macrophages containing haemosiderin pigment?

Answer: no


Question: What shows mild fatty change of liver cells?

Answer: the peripheral zone


Question: What does the peripheral zone show?

Answer: mild fatty change of liver cells


Question: Does the peripheral zone show mild fatty change of liver cells?

Answer: yes


Question: Does the pink acellular amyloid material show mild fatty change of liver cells?

Answer: no


Question: What shows marked degeneration and necrosis of hepatocytes accompanied by haemorrhage while the peripheral zone shows mild fatty change of liver cells?

Answer: centrilobular cells


Question: What does the centrilobular zone show?

Answer: marked degeneration and necrosis of hepatocytes accompanied by haemorrhage


Question: Does the centrilobular zone show marked degeneration and necrosis of hepatocytes accompanied by haemorrhage while the peripheral zone shows mild fatty change of liver cells?

Answer: yes


Question: Does the cytoplasm show marked degeneration and necrosis of hepatocytes accompanied by haemorrhage while the peripheral zone shows mild fatty change of liver cells?

Answer: no


Question: What shows mottled appearance-alternate pattern of dark congestion and pale fatty change?

Answer: the cut surface


Question: Does the cut surface show mottled appearance-alternate pattern of dark congestion and pale fatty change?

Answer: yes


Question: Does sectioned slice of the liver show mottled appearance-alternate pattern of dark congestion and pale fatty change?

Answer: no


Question: What is heavy and enlarged in size?

Answer: spleen


Question: Is the spleen heavy and enlarged in size?

Answer: yes


Question: Is the vesselwall heavy and enlarged in size?

Answer: no


Question: Is the colour of sectioned surface grey-tan?

Answer: yes


Question: What is the colour of sectioned surface?

Answer: grey-tan


Question: Is the cut surface grey-tan?

Answer: no


Question: What are dilated and congested?

Answer: the sinuses


Question: Are the sinuses dilated and congested?

Answer: yes


Question: Are the alveolar spaces as well as interstitium dilated and congested?

Answer: no


Question: Where is increased fibrosis?

Answer: in the red pulp


Question: What is there increased in the red pulp, capsule and the trabeculae?

Answer: fibrosis


Question: Is there increased fibrosis in the red pulp, capsule and the trabeculae?

Answer: yes


Question: Is the alveolar lumina increased fibrosis in the red pulp, capsule and the trabeculae?

Answer: no


Question: What is seen?

Answer: gamna-gandy body


Question: Is gamna-gandy body also seen?

Answer: yes


Question: Is the colour of sectioned surface also seen?

Answer: no


Question: What exposes subendothelium, initiating adherence of platelets and activation of coagulation system?

Answer: endothelial injury


Question: What does b, Endothelial injury expose?

Answer: subendothelium


Question: Does Endothelial injury expose subendothelium, initiating adherence of platelets and activation of coagulation system?

Answer: yes


Question: Does chematic representation of mechanisms expose subendothelium, initiating adherence of platelets and activation of coagulation system?

Answer: no


Question: What is released which causes further aggregation of platelets following platelet release reaction?

Answer: adp


Question: What is released?

Answer: adp


Question: Is ADP released which causes further aggregation of platelets following platelet release reaction?

Answer: yes


Question: Is microscopy released which causes further aggregation of platelets following platelet release reaction?

Answer: no


Question: Is the alveolar capillaries released which causes further aggregation of platelets following platelet release reaction?

Answer: no


Question: What is formed called thrombus?

Answer: some leucocytes and red cells and tight meshwork


Question: What is some leucocytes and red cells and a tight meshwork formed called?

Answer: thrombus


Question: Is some leucocytes and red cells and a tight meshwork formed called thrombus?

Answer: yes


Question: Is c, x-ray crystallography and infra-red spectroscopy formed called thrombus?

Answer: no


Question: What forms fibrin strands in which are entangled some leucocytes and red cells and a tight meshwork is formed called thrombus?

Answer: activated coagulation system


Question: Does Activated coagulation system form fibrin strands in which are entangled some leucocytes and red cells and a tight meshwork is formed called thrombus?

Answer: yes


Question: Does aemosiderin pigment in the cytoplasm of hepatocytes form fibrin strands in which are entangled some leucocytes and red cells and a tight meshwork is formed called thrombus?

Answer: no


Question: Does the myocardial muscle fibres form fibrin strands in which are entangled some leucocytes and red cells and a tight meshwork is formed called thrombus?

Answer: no


Question: What is dispersed in the cell?

Answer: normal non-activated platelet


Question: Is normal non-activated platelet, having open canalicular system and the cytoplasmic organelles dispersed in the cell?

Answer: yes


Question: Is the alveolar spaces as well as interstitium dispersed in the cell?

Answer: no


Question: What forms a tight plug?

Answer: platelet aggregation


Question: What does platelet aggregation form?

Answer: tight plug


Question: Does platelet aggregation form a tight plug?

Answer: yes


Question: Does m phase form a tight plug?

Answer: no