03-12-2011, 02:19 PM
@ amusmle can u explain regarding this microscopy of myxoma--why A.
NBME#2 block 2 Q1-----------Q50 - maryam2009
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03-12-2011, 02:19 PM
@ amusmle can u explain regarding this microscopy of myxoma--why A.
03-12-2011, 02:23 PM
@sodium
I'm sorry, my mistake, the question was 46 from NBME2, Block 1
03-12-2011, 03:46 PM
A,myxoma
a neoplasm composed of stellate to plump cytologically bland mesenchymal cells set in a myxoid stroma. cytologically bland mesenchymal cells, so-called “myxoma” or “lepidic” cells . Myxoma cells are frequently stellate with eosinophilic cytoplasm and indistinct cell borders. Their ovoid nuclei are typically pale with open chromatin. Nucleoli may be prominent.
03-12-2011, 04:26 PM
Q25?
please someone post the answer with the explanation,thank you
03-12-2011, 04:38 PM
26.A
CMV...infection in immunosuppressed patients,transplant rcipients. most common viral cause of mental retardation, Congenital defects ..deafness ,petechia,hepatosplenomegaly,macroencephaly,seizure....bluberrymuffin baby mononucleosis(negative monospot infected cells have Owl's eye appearance trethment:Gancyclovir
03-12-2011, 04:50 PM
27.E
clinical manifestation...hematuria.... associated with paraneoplastic syndrome due to the ectopicEPO, ACTH,PTHrP and prolactin Gross....golden -yellow tumorin the midkidney with areas hemorrage and necrosis
03-12-2011, 05:10 PM
@maryam
Q27. Isn't F?
03-12-2011, 05:10 PM
28.B
The random X-inactivation which occurs early in a developing female can result in skewed or non-random X-inactivation for a patch, tissue or organ. During the process of X-inactivation one of the female's two X chromosome is inactivated. This becomes important in medicine when a carrier female of an X-linked recessive condition 'randomly' inactivates the chromosome containing the unaffected gene. This can lead to mild symptoms of the disease
03-12-2011, 05:16 PM
25?
I don't know the answer,but in enclosed response, it is G
03-12-2011, 05:23 PM
29.C
Fibroblast Growth Factor (FGF) Macrophages, mast cells, T-lymphocytes Promotes angiogenesis, granulation, and epithelialization via endothelial cell, fibroblast, and keratinocyte migration, respectively. |
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