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Date Name Thumbnail Size Description Versions
17:21, 19 August 2013 IPLab5Neurofibromatosis6.jpg (file) 89 KB This is a higher-power photomicrograph of the neurofibroma demonstrating the loose pattern of elongated cells making up the tumor mass. 1
17:21, 19 August 2013 IPLab5Neurofibromatosis7.jpg (file) 74 KB This higher-power photomicrograph of the neurofibroma shows more clearly the elongated cells (primarily Schwann cells) that make up this tumor. 1
17:22, 19 August 2013 IPLab5Neurofibromatosis8.jpg (file) 59 KB This is a high-power photomicrograph of the cells in the neurofibroma. 1
17:39, 19 August 2013 IPLab5PolycysticKidney1.jpg (file) 48 KB This is a gross photograph of the kidneys from this case. Note that both kidneys contain multiple large cysts (arrows). 1
17:40, 19 August 2013 IPLab5PolycysticKidney2.jpg (file) 26 KB This is a gross photograph of the kidneys from this case. Note that both kidneys contain multiple large cysts (arrows). 1
17:49, 19 August 2013 IPLab5PolycysticKidney3.jpg (file) 33 KB This is a gross photograph of a cut section from one of these polycystic kidneys. Note that the renal parenchyma is almost completely replaced by cystic structures. 1
17:51, 19 August 2013 IPLab5PolycysticKidney4.jpg (file) 69 KB This is a low-power photomicrograph of an H&E-stained section from this polycystic kidney. Note the large cystic structures (1), the few residual glomeruli (2), and the fibrous connective tissue throughout this section. 1
17:51, 19 August 2013 IPLab5PolycysticKidney5.jpg (file) 53 KB This is another low-power photomicrograph of an H&E-stained section from this polycystic kidney. Again note the large cystic structures (arrows)and the fibrous connective tissue throughout this section. 1
17:52, 19 August 2013 IPLab5PolycysticKidney6.jpg (file) 66 KB This is a higher-power photomicrograph of polycystic kidney showing the edge of a large cyst (1). In this section there are numerous tubules and dilated collecting ducts (2) that are filled with the same red proteinaceous material as the larger cysts. 1
17:52, 19 August 2013 IPLab5PolycysticKidney7.jpg (file) 66 KB This high-power photomicrograph shows abnormal glomeruli (arrows) and some tubules. 1
17:53, 19 August 2013 IPLab5PolycysticKidney8.jpg (file) 42 KB This is a gross photograph of the liver from this patient. Multiple cysts can be seen on the surface of this liver (arrows). 1
17:53, 19 August 2013 IPLab5PolycysticKidney9.jpg (file) 81 KB This photomicrograph of liver demonstrates the histologic appearance of these cysts. 1
17:54, 19 August 2013 IPLab5PolycysticKidney10.jpg (file) 61 KB This is another photomicrograph of liver demonstrating the histologic appearance of these cysts. These cystic structures are associated with the biliary tree. 1
17:54, 19 August 2013 IPLab5PolycysticKidney11.jpg (file) 68 KB This is a higher-power photomicrograph of liver cyst. These cystic structures are lined by biliary epithelium. 1
18:06, 19 August 2013 IPLab5Antitrypsin1.jpg (file) 37 KB This is a gross photograph of the lungs from this case. The rough friable material on the surface of the lung (arrows) is fibrinous exudate and fibrous tissue. This reaction on the surface of the lung is due to the recent surgery. The emphysematous cha... 1
18:07, 19 August 2013 IPLab5Antitrypsin2.jpg (file) 32 KB This is a gross photograph of the cut sections of lung from this case. The lung parenchyma is markedly hemorrhagic and consolidated. Again the hemorrhage makes it difficult to appreciate the emphysematous changes. 1
18:07, 19 August 2013 IPLab5Antitrypsin4.jpg (file) 69 KB This is a gross photograph of the bronchi and lungs. Note the hemorrhage in the bronchi and in the lung parenchyma. 1
18:09, 19 August 2013 IPLab5Antitrypsin5.jpg (file) 41 KB This is a low-power photomicrograph from an area of the lung without significant hemorrhage. The enlarged, emphysematous air spaces are easily appreciated. 1
18:13, 19 August 2013 IPLab5Antitrypsin3.jpg (file) 67 KB This is a gross photograph of the bronchi and lungs. Note the hemorrhage in the bronchi and in the lung parenchyma. 1
18:25, 19 August 2013 IPLab5Antitrypsin6.jpg (file) 29 KB This is a gross photograph of the liver from this case. The capsule is somewhat thickened and the surface is slightly roughened, though it is difficult to appreciate the nodularity of the liver. 1
18:26, 19 August 2013 IPLab5Antitrypsin7.jpg (file) 25 KB This is a gross photograph of the cut section of liver from this case. In this view the liver looks smaller than normal and there is a definite micronodular appearance. 1
18:26, 19 August 2013 IPLab5Antitrypsin8.jpg (file) 35 KB This is a closer view of the cut section of liver from this case. There is a definite micronodular pattern to the liver parenchyma. 1
18:27, 19 August 2013 IPLab5Antitrypsin9.jpg (file) 70 KB This is a low-power photomicrograph of an H&E-stained section of liver. There are increased numbers of inflammatory cells in the periportal region (arrow) and the central vein areas are pale. 1
18:27, 19 August 2013 IPLab5Antitrypsin10.jpg (file) 80 KB This is a low-power photomicrograph of a trichrome-stained section of liver. There is bridging fibrosis (blue material) between portal regions. 1
18:28, 19 August 2013 IPLab5Antitrypsin11.jpg (file) 77 KB This is a higher-power photomicrograph of a trichrome-stained section of liver. This section demonstrates the fibrosis (blue material) and the fatty change (arrows). 1
18:28, 19 August 2013 IPLab5Antitrypsin12.jpg (file) 68 KB This is a high-power photomicrograph of liver stained with periodic-acid Schiff's (PAS) stain. This demonstrates the PAS-positive granules of defective alpha 1-antitrypsin that accumulate in the Golgi of hepatocytes (arrows). 1
14:52, 20 August 2013 IPLab5Hemochromatosis1.jpg (file) 59 KB This is a gross photograph of liver (1) and pancreas (2) from this case of hemochromatosis. Note that both of these organs have a dark brown coloration. 1
14:53, 20 August 2013 IPLab5Hemochromatosis2.jpg (file) 37 KB This is a gross photograph of a cut section of liver from this case of hemochromatosis. Note that the liver is dark brown. Although hard to appreciate in a photograph, the tissue is also firm (cirrhotic). 1
14:53, 20 August 2013 IPLab5Hemochromatosis3.jpg (file) 23 KB This is a low-power micrograph of liver from this patient. Note the nodularity of the tissue (arrows). 1
14:53, 20 August 2013 IPLab5Hemochromatosis4.jpg (file) 94 KB This higher-power view of liver from this case demonstrates the nodules and the brown/black pigment within liver parenchymal cells (arrows). 1
14:54, 20 August 2013 IPLab5Hemochromatosis5.jpg (file) 92 KB This higher-power photomicrograph demonstrates the increased fibrosis in the periportal area (1) and the pigment accumulation (2). 1
14:54, 20 August 2013 IPLab5Hemochromatosis6.jpg (file) 99 KB This trichrome stain of liver section demonstrates the increased fibrous connective tissue in this liver. Note that the liver nodules (1) are surrounded by fibrous connective tissue (2). 1
14:55, 20 August 2013 IPLab5Hemochromatosis7.jpg (file) 24 KB This is a low-power view of liver section stained with Prussian blue. Prussian blue reacts with iron in the tissue to give a blue color. 1
14:55, 20 August 2013 IPLab5Hemochromatosis8.jpg (file) 78 KB This higher-power view of liver stained with Prussian blue demonstrates the marked accumulation of iron within the parenchymal cells (1) and in the Kupffer cells in the periportal area (2). 1
14:56, 20 August 2013 IPLab5Hemochromatosis9.jpg (file) 55 KB This is a gross picture of pancreas from this case. Note the brown discoloration of the tissue. 1
14:56, 20 August 2013 IPLab5Hemochromatosis10.jpg (file) 91 KB This is a histologic section of pancreas from this case. It is difficult to appreciate at this magnification, but there is brown pigment in the pancreatic acinar cells. Note the islets of Langerhans (1). 1
14:57, 20 August 2013 IPLab5Hemochromatosis11.jpg (file) 81 KB This is a histologic section of pancreas from this case stained for iron (Prussian blue). Note the accumulation of iron in the parenchymal cells (1). There is also iron in the pancreatic islets (2). 1
15:07, 20 August 2013 IPLab5Gaucher1.jpg (file) 60 KB This is a gross photograph of spleen from this case. The spleen is enlarged and the surface is finely granular. 1
15:08, 20 August 2013 IPLab5Gaucher2.jpg (file) 72 KB This is a cut section of spleen from this case. Again note the fine granular appearance to the tissue. 1
15:10, 20 August 2013 IPLab5Gaucher3.jpg (file) 24 KB This is a low-power photomicrograph of normal spleen (left) and the spleen from this case (right). The loose appearance of the tissue in the Gaucher spleen is due to artifactual loss of tissue during histologic processing. 1
15:11, 20 August 2013 IPLab5Gaucher4.jpg (file) 86 KB This is a photomicrograph of the spleen from this case. There is very little if any white pulp evident in this section. 1
15:11, 20 August 2013 IPLab5Gaucher5.jpg (file) 90 KB This is a higher-power photomicrograph of the spleen from this case. Again there is no white pulp and the red pulp is filled with large eosinophilic cells. 1
15:11, 20 August 2013 IPLab5Gaucher6.jpg (file) 87 KB This is another high-power photomicrograph of the spleen from this case. At this power it is easier to see the large eosinophilic cells. 1
15:12, 20 August 2013 IPLab5Gaucher7.jpg (file) 64 KB This is another high-power photomicrograph of the spleen from this case. At this high power individual cells can be better appreciated. 1
15:12, 20 August 2013 IPLab5Gaucher8.jpg (file) 53 KB This is a higher-power photomicrograph of the spleen from this case. At this higher power individual cells can be better appreciated and the fibrillar nature of the eosinophilic cytoplasmic material can be seen. 1
15:17, 20 August 2013 IPLab5Gout1.jpg (file) 22 KB This is a gross photograph of an index finger from a patient with gout. The finger has been sectioned longitudinally to demonstrate the distal interphalangeal joint. Note the white chalky material within and adjacent to the joint (arrows). 1
15:18, 20 August 2013 IPLab5Gout2.jpg (file) 26 KB This is a gross photograph of the elbow of this patient. The subcutaneous nodules (arrows) on this arm are tophi caused by gout. 1
15:18, 20 August 2013 IPLab5Gout3.jpg (file) 21 KB This is a low-power photomicrograph of the tophus removed from the elbow of this patient. Note the fibrous connective tissue (1) and the large foci containing the urate crystals (2) surrounded by the intense chronic inflammatory reaction. 1
15:19, 20 August 2013 IPLab5Gout4.jpg (file) 61 KB This higher-power photomicrograph of the tophus demonstrates the collections of urate crystals (1) and the inflammatory cells at the edge of these foci (2). 1
15:19, 20 August 2013 IPLab5Gout5.jpg (file) 60 KB This is a higher-power photomicrograph of the edge of the tophus. Most of the urate crystals dissolve away during processing. The inflammatory cells at the edge of these foci are clearly visible (arrow). 1
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