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178 Cards in this Set

  • Front
  • Back
CD 38 and 138
plasma cell
CD 34
Pro, PrePre or Pre B cell
CD 22
only in a mature (resting or activated) B cell
Tcell with CD34 and TdT
immature (they are lost in maturation)
HLA DR
B cells at all stages
T cells at only precursor/pro stage
CD22
only in mature Bs
cd 34, 19, 10
only in B cell precursors
CD 20
in all B cells from pre-pre to mature
TCRa/b
CD3
only in mature T cells (helper and CT)
CD7, 2
go from pro-thymocyte to mature T cell of both kinds
CD 5
goes from immature to mature T cells
CD 45
pan hematopoietic
CD43
pan hematopoietic
CD79
pre-B to activted B
Pax5
B cell
MUM1
B cell
CD10
gerninal center B
Bcl-6
Germinal center B cells
HGAL
Germinal center B cells
CD 21
follicular dendritic cell
CD 23
follicular dendritic cell
CD 35
follicular dendritic cell
CD 38 and 138
Plasma cells
CD1a
Plasma cells
CD 30
activated lymphoid cells
CD 23
activated lymphoid cells
CD56
NK cells
CD 57
NK cells
Bcl-2
anti-apoptotic protein found onliy in mature B cells and so not in germinal center
NHL B cell lymphoma is most common in
developed countries
NK lymphome is most common in
Asia
Burkitt lymphoma is common in
Africa
T cell lymphoma is most common in
Japan and Caribbean
HTLV-1 infection
T cell leukemia/lymphoma
EBV
Burkitt's lymphoma
HHV-8
primary effusion lymphoma
HCV
marginal zone (esp splenic) lymphoma
H pylori
gastric MALT lymphoma
t(14;18)
folicular lymphoma
t(8;14)
Burkitt's lymphoma

(involves cmyc and igh)
t(11;14)
bcl1 and igh
mantle cell lymphoma
MIM1
multiple myeloma
CD10 and Bcl-6+
MUM1-
Diffuse large B cell lymphoma - Germinal Center origin
Bcl2
can express Bcl6
express MUM1
CD10-
Diffuse large B cell lymphoma (NHL) - activated Bcell-like type
CD10
CD20
Bcl-2
NHL - Follicular Lymphoma
Giemsa stain shows deeply blue cytoplasm, typically vacuolated

medium size cells

macrophages in background
Burkitt lymphoma
minority of neoplastic lymphoid cells against an inflammatory/reactive background
Hodgkin lymphoma
L&H, popcorn cells
Nodular lymphocyte predominant form of Hodgkin lymphoma
CD 20
CD 10
Bcl6
Popcorn cells in nodular lymphocyte predominance Hodgkin lymphoma
reed-Sternberg cells
classical Hodgkin Lymphocytes
cells expressing
CD30
CD15
Pax5
Classical Hodgkin lymphoma of all four varieties
lacunar cells
Classic Hodgkin lymphoma - Nodular sclerosis type
LDH elevated
lymphoma

but it's a marker in serum that is elevated in any situation of rapid turnover, including liver damage, hemolysis, myocardial damage, so be careful

can be used to follow pts in treatment
lymphoma growning from one set of nodes to the next in a predictable way
Hodgkin lymphoma
EBV
Burkitt's
NK-T lymphoma
PTLD
HTLV-1
T cell lymphocytic lymphoma
Borrellia bergdorfi
B cell lymphomas of skinn

(Borrelia is lyme disease)
immunosuppression associated with what kind of lymphoma
NHL
Psoriasis
micosis fungiodes
Sjogrens
low grade lymphomas
CD 56
CD 16
EBV + usually
NK-T cell lymphoma
clonal expxnsion
Non-Hodgkin lymphoma
lymphoma from post germinal center
think Hodgkins vs. NHL
CD20+ only
Diffuse large B-cell NHL
CD20+, CD10+, CD5-
Folliclular lymphoma
Indolent
Follicular lymphoma
SVC
small cell lung cancer
Cushing's syndrome
small cell lung cancer
SIADH
small cell lung cancer
Eaton Lambert
small cell lung cancer
Subacute cerebellar degeneration
small cell lung cancer
peripheral neuropathies
small cell lung cancers
hypercalcemia due to PTHrP
non small cell lung cancer
Pulmonary osteoarthropathy
non small cell lung cancer
LDH
small cell lung cancer
smoking
small cell lung cancer
KRAS -
EGFR mutated
non small cell stage 4 likely to respond to erlotinib/tarceva
VEGF associated with which Rx
bevacizumab
ecadherin
loosening of association that allow access to the BM for metastasis
beta catenin
sequestered by e cadherin
it's a cell proliferator
inhibited by APC gene
promoted by WNT
in FAP it's on because the APC mutation inhibits its inhibition
mutated more often than APC in MMR-deficient colorectal tumors
SNAIL or TWIST
genes that decrease ecadherin synthesis
MMP9
breaks down BM type IV collagen
angiopoietins, e.g., Ang-1
binds Tie 2 receptor and brings in smooth muscle pericytes needed for vessel proliferation
HIF 1alpha
induced by hypoxia and activates VEGFR
thrombospondin-1
anti VEGF
CXCR4 and 7
receptors on tumor cells that accept ligands from CXCL 12 and 21 in bone, lung, liver
enables metastasis and tx!
Krukenberg tumor
bilateral ovarian mets
Virchow's node
supraclavicular node
signet ring
gastric cancer
cox 2 inhibitors
thrombosis
HNPCC
colorectal cancer
endometrial cancer
stomach, biliary, urinary, ovarian cancers
APC gene
mutated in FAP
duodenal cancers
desmoid tumors
CHRPE (congenital hypertrophy of the retinal pigment)
mitotic checkpoint defect
apple core lesion
left sided colon cancer
18qLOH
bad prognosis in colon cancer
MSI
good prognosis in colon cancer
(microsatellite instability)
Virchow's node
metastatic spread of colon cancer
MSH2
HNPCC
SMAD4
Juvenile polyposis syndrome
growth inhibitor (so proliferator if mutated)
BMP1A
Juvenile polyposis syndrome
if mutated, SMAD is turned off and so growth is not inhibited
KRAS
sporadic colorectal cancer (mutated in 50%)
sporadic adenomas (mutated in 50%)
one hit only is enough to make it permanently on
B-RAF
colorectal cancer (mutated in 20%)
p53
carcinomas (50-80%)
NOT adenomas
G1 and G2 checkpoint defect
MDM2
inhibits p53
TGFbeta RII
colon cancer
adenoma --> carcinoma
MMR
colon cancer
defects associated with diploid karyotype and 1000x mutation rate
there's always inactivation of TGFbeta type II Receptor in MMR deficient cases
aneuploidy
colorectal cancer
Chromosome 18q
lost in 80% of colorectal cancers involving aneupoidy
WNT
its pathway is targeted in all colorectal cancers
BRCA1/2
Breast cancer
Ovarian cancer
mammographic density
4-6x risk of breast cancer
ADH
4-5 risk for invasive cancer bilaterally
ADH plus family hx of breast cancer
8-10x risk for breast cancer. Risk is bilateral
bloody discharge
indraductal papilloma (benign)
tree-like arborization in breast tissue
intraductal papilloma
microcalcifications in breast tissue
in site intraductal carcinoma
HER2 (+)
Paget's disease (not the only HER2 +)
e cadherin negative breast tissue
In situ and invasive lobular carcinoma
Indian file appearance in breast tissue
Invasive lobular carcinoma
Bull's eye in breast tissue
invasive lobular carcinoma
cribriform breast tissue
ADH
(also one pattern of ductal carcinoma in situ)
bilateral risk in breast cancer
ADH
Lobular carcinoma (in situ/invasive)
nipple discharge, crusting, excoriation
Paget's disease
CK 8/18 in breast tissue
Lumina A
ER+, HER2+
Luminal B
ER-, PR-, HER2-
CK 5/6, 14, 17
Basal like cancers (very bad)
What BRCA patients have
AR+ breast tissue
Moleular apocrine type (5)
ER-, HER2+
Molecular apocrine type (5)
bimodal age distribution
sarcomas
KIT
GIST
PDGFRA
GIST
EBV
leiomyosarcoma
lymphoma
agent orange
peripheral soft tissue sarcomas
retained metal objects
angiosarcoma
osteosarcoma
MFH
lymphedema
angiosarcoma
Schwann cell
schwannoma
neurofibroma
MPNST
interstitial cell
GIST
lung
main site for bone mets
metaphysis of distal femur
osteochondroma site
exostosis
outgrowth of mature bone seen in osteochondroma
medullary site in small tubular bones in hands and feet
chondroma
medullary site in pelvic bones, proximal femur, spine, scapula, humerus, tibia, femur
chondrosarcoma
expansile glistening mass in medullary cavity
chondrosarcoma
lung mets
osteosarcoma
chondrosarcoma
Gardner's polyposis syndrome (FAP)
osteoma associated with it
new piece of bone growing on another piece of bone
osteoma
skull bone growth
osteoma
radiolucent focus
osteoid osteoma
osteoblastoma
double bubble or soap bubble appearance on xray
giant cell bone tumor
associated with Paget's disease
osteosarcoma
associated with familial retinoblastoma
osteosarcoma
irradiation associated
osteosarcome
sunburst appearance on xray
osteosarcoma
Codman's triangle on xray
osteosarcoma
spindle cells in dermis
dermatofibroma
red nodule that umbilicates when squeezed
dermatofibroma
tumor in rib in a teenage boy
Ewing's sarcoma
onion skin appearance around bone
Ewings sarcoma
whorled patter of smooth muscle bundles
leimyoma
tumor with necrosis and hemorrhage
leiomyosarcoma
head and neck tumors in little kids
rhabdomyosarcoma
pseudo horn cysts
seborrheic keratosis
lesions everywhere from too much lifelong sun exposure
actinic keratosis
skin carcinoma that does not metastasize
basal cell carcinoma
melanocytes
nevus
melanoma
nevus with no pigment
spitz nevus
nevus in young kids
spitz
nevus that is microscopically very similar to melanoma
spitz
dysplastic nevus syndrome
nevus with no increased risk of melanoma
spitz
nevi with increased risk of melanoma
Dysplastic nevus syndrome
melanoma without a long lateral growth phase
nodular melanoma
melanoma on palms, soles, mucous membranes
acral lentiginous
melanomas that blacks get
acral lentiginous
melanoma with melanocytes focused on basal layer
lentigo maligna melanoma
melanoma on face
lentigo maligna
melanoma where melanocytes are scattered all around epidermis
superficial spreading melanoma
melanoma with irregular border and shades of color
superficial spreading
melanoma that's impossible to diagnose before metastasis
nodular
what is risk of insufficient excision
recurrence, not metastasis