User contributions
21 August 2013
IPLab:Lab 6:Glomerulonephritis
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+1,165
IPLab:Lab 6:Tuberculosis
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+1,593
IPLab:Lab 6:PAN
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+1,679
IPLab:Lab 6:Hashimoto's Thyroiditis
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+1,390
IPLab:Lab 6:Graves Disease
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+767
IPLab:Lab 6:Rheumatoid Arthritis
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+1,191
IPLab:Lab 5:Trisomy 21
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+796
IPLab:Lab 5:Nodular Intercapillary Glomerulosclerosis
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+909
IPLab:Lab 5:Gout
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-1
IPLab:Lab 5:Gout
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+1,081
IPLab:Lab 5:Gaucher Disease
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+850
IPLab:Lab 5:Hemochromatosis
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+1,016
IPLab:Lab 5:α1 Antitrypsin Deficiency
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+770
IPLab:Lab 5:Polycystic Kidney Disease
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+891
IPLab:Lab 5:Neurofibromatosis
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+800
IPLab:Lab 2:Objectives
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-1
IPLab:Lab 1:Kidney Infarction
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-22
IPLab:Lab 2:Fatty Change and Cirrhosis
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+1,094
IPLab:Lab 2:Metastatic Calcification
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+512
IPLab:Lab 2:Atrophy
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+786
IPLab:Lab 2:Metaplasia
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+932
IPLab:Lab 2:Hyperplasia
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+866
IPLab:Lab 13:Meningococcemia
Created page with "== Images == <gallery heights="250px" widths="250px"> File:IPLab13Meningococcemia1.jpg|In this gross photograph from the autopsy, note the areas of hemorrhage in the inguinal ..."
File:IPLab13Meningococcemia8.jpg
This is a higher-power photomicrograph of a smear of cerebrospinal fluid taken at autopsy. Note the Gram-negative cocci in this smear, indicative of N. meningitidis.
File:IPLab13Meningococcemia7.jpg
This higher-power photomicrograph of the adrenal gland from this case provides an example of hemorrhagic necrosis.
File:IPLab13Meningococcemia6.jpg
Seung Park uploaded a new version of "File:IPLab13Meningococcemia6.jpg": This is a low-power photomicrograph of the adrenal gland from this case. Note that the entire gland is hemorrhagic.
File:IPLab13Meningococcemia6.jpg
This is a low-power photomicrograph of the adrenal gland from this case. Note that the entire gland is hemorrhagic.
File:IPLab13Meningococcemia5.jpg
This is a gross photograph of cross sections through the adrenal glands from this case. Both adrenal glands are markedly hemorrhagic.
File:IPLab13Meningococcemia4.jpg
This photomicrograph of the skin shows thrombi and fibrin clots in small vessels in the dermis. This is indicative of the endothelial damage caused by the Neisseria meningitidis endotoxin. This endotoxin-induced damage to the endothelium of small blood...
File:IPLab13Meningococcemia3.jpg
In this gross photograph of the abdomen taken at the autopsy, there are petechial hemorrhages on the viscera (arrows).
File:IPLab13Meningococcemia2.jpg
This is a closer view of the inguinal region taken at autopsy. The areas of hemorrhage include purpura and petechiae (arrows).
File:IPLab13Meningococcemia1.jpg
In this gross photograph from the autopsy, note the areas of hemorrhage in the inguinal region.
IPLab:Lab 13:Cystic Fibrosis
Created page with "== Images == <gallery heights="250px" widths="250px"> File:IPLab13CF1.jpg|This is a gross photograph of liver and pancreas from the autopsy. The pancreas is slightly smaller t..."
File:IPLab13CF14.jpg
Another high-power photomicrograph of intestine shows the vacuolated intestinal epithelial cells lining the crypts and necrotic debris and inspissated secretions within the crypts (arrows).
File:IPLab13CF13.jpg
A higher-power photomicrograph of intestine shows the vacuolated intestinal epithelial cells lining the crypts and necrotic debris and inspissated secretions within the crypts (arrows).
File:IPLab13CF12.jpg
This is a low-power photomicrograph from another section of the intestine. Saggital sections of the intestinal crypts show the crypts along their full length, extending to the mucosal surface.
File:IPLab13CF11.jpg
This higher-power photomicrograph shows more clearly the eosinophilic debris (arrows) in the intestinal crypts.
File:IPLab13CF10.jpg
This is a higher-power photomicrograph showing the eosinophilic debris in many of the intestinal crypts (arrows).
File:IPLab13CF9.jpg
A higher-power photomicrograph shows the bottom of the intestinal crypts and the other normal layers of the intestine. Even at this magnification, accumulations of eosinophilic debris can be seen in many of the intestinal crypts (arrows).
File:IPLab13CF8.jpg
This low-power photomicrograph of intestine shows the normal layers of the intestine, including the serosa (1), the muscularis (2), the submucosa (3), and the mucosal layer (4) with its deep mucosal crypts. There is yet another cystic space within the ...
File:IPLab13CF7.jpg
This is another high-power photomicrograph showing cystic spaces (1) within the acinar pancreas and a normal islet of Langerhans (2).
File:IPLab13CF6.jpg
This high-power photomicrograph shows more clearly these variably-sized cystic spaces within the acinar pancreas.
File:IPLab13CF5.jpg
This higher-power photomicrograph shows a cystic space (1) within an acinar lobule. Islets of Langerhans (2) are also visible.
File:IPLab13CF4.jpg
This higher-power photomicrograph of the pancreas shows interstitial tissue and the presence of small cystic spaces (1) within the acinar lobules. These spaces are filled with an eosinophilic proteinaceous material. The islets of Langerhans (2) are una...
File:IPLab13CF3.jpg
This low-power photomicrograph of pancreas shows increased interstitial connective tissue resulting in accentuation of the lobular pattern.
File:IPLab13CF2.jpg
This section of duodenum demonstrates dilation, loss of rugae, and areas of ulceration (arrows).
File:IPLab13CF1.jpg
This is a gross photograph of liver and pancreas from the autopsy. The pancreas is slightly smaller than normal and it has a mucous consistency.
IPLab:Lab 13:Wilms Tumor
Created page with "== Images == <gallery heights="250px" widths="250px"> File:IPLab13WT1.jpg|This is a gross photograph of a bladder (1) to which are attached a normal kidney (2) and a kidney wi..."
File:IPLab13WT10.jpg
This high-power photomicrograph shows the differences in cell morphology between the blastema (1) and the fibroblast type cells (2).
File:IPLab13WT9.jpg
This high-power photomicrograph demonstrates tubule formation within the blastema. Note the numerous mitotic figures (arrows).