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253 Cards in this Set

  • Front
  • Back
varicocele is more common on left/right
this is because ___
left
L gonadal drains into L renal vein (instead of IVC) -> smaller caliber -> higher resistance
ovaries/testes drain to the ___ LNs
para-aortic
vulva drains to the ___ LNs
superficial inguinal
distal 1/3 of vagina drains to the ___ LNs
superficial inguinal
proximal 2/3 of vagina and all of uterus drains to the ___ (3) LNs
obturator
external iliac
hypogastric
scrotum drains to the ___ LNs
superficial inguinal
5 ligaments of the uterus and adnexa
suspensory l of the ovaries
cardinal l
round l
broad l
l of the ovary
suspensory l of the ovaries connects ___ to ___
it contains ___
ovary
lateral pelvic wall
ovarian vessels
cardinal l connects ___ to ___
it contains ___
cervix
lateral pelvic wall (at ischial spine)
uterine vessels
round l connects ___ to ___
it contains ___
uterine fundus
labia majora (via inguinal canal)
nothing
round l is derived from ___
gubernaculum
broad l connects ___ (3) to ___
it contains ___ (3)
uterus
fallopian tubes
ovaries
lateral pelvic wall
ovaries
fallopian tubes
round ligaments
ligament of ovary connects ___ to ___
ovary
uterus
emission means ___
it is triggered by ___ n. under ___ stimulation
semen moving to ejeculatory ducts
hypogastric
SYM
ejaculatory ducts run from junction of ___ (2) to ___ through ___
seminal vesicles
vas deferens
urethra
prostate
ejaculation means contraction of ___ (2)
it is triggered by ___ under ___ stimulation
bulbospongiusus
ischiocavernosus
pudendal n.
SYM
sperm acrosome is derived from ___
Golgi
sperm flagellum is derived from ___
centriole
sperm has mitochondria in its ___
neck
3 kinds of cell in seminiferous tubule
Leydig
Sertoli
germ cells
Leydig cells are stimulated by ___ and make ___
LH
testosterone
Leydig cells are separated from ___ by ___ (2)
seminiferous epithelium
myoid cells
basal lamina
Sertoli cells are stimulated by ___ and make ___ (4)
FSH
ABP
AMH
inhibin
sperm (indirectly)
2 structural functions performed by Sertoli cells
blood-testis barrier
support developing spermatozoa
blood-testis barrier is formed by ___
its purpose is ___
tight junctions between Sertoli cells
prevent autoimmunity against gametes
___ is the least differentiated male germ cell
its ploidy is ___
spermatogonium
46XY
spermatogonia are inside/outside of BTB
outside
in meiosis, spermatogonia become ___
1' spermatocyte
ploidy of 1' spermatocyte
replicated 46XY
1' spermatocyte becomes ___
2' spermatocyte
ploidy of 2' spermatocyte
replicated 23X or replicated 23Y
2' spermatocyte becomes ___
spermatid
spermatid ploidy is ___
23X or 23Y
3 androgens
strongest is ___
weakest is ___
testosterone
DHT
androstenedione
DHT
androstenedione
androstenedione is made by ___
adrenal
T causes differentiation of ___ (3)
DHT causes differentiation of ___ (3)
epididymis
vas deferens
seminal vesicles
penis
scrotum
prostate
T causes closure of growth plates via ___
conversion to E
3 changes caused by DHT
prostate hypertrophy
balding
sebaceous secretion
3 estrogens
strongest is ___
weakest is ___
estrone
estradiol
estriol
estradiol
estriol
estriol comes from ___
placenta
3 sources of E
ovary
placenta
blood (aromatization)
in ___ phase, ___ causes theca cells to ___, causing elevated ___
proliferative
LH
upregulate androgenic enzymes (e.g. desmolase)
high androgens
in ___ phase, ___ causes granulosa cells to ___, causing elevated ___
proliferative
FSH
upregulate aromatase
E
normally, LH/FSH is higher
LH
in PCOS, LH/FSH ratio is high/low
high
E does ___ to endometrium
___ to myometrium,
___ to Gns,
and ___ to E receptor expression
proliferation
increased contractility
negative feedback EXCEPT when E>P before LH surge
increase
P does ___ (2) to endometrium
___ to myometrium,
___ to Gns,
and ___ to E receptor expression
stimulated secretions
spiral artery development
decreased contractility
negative feedback
decrease
4 receptors upregulated by E
GnRH (ant. pituitary)
LH (theca cells)
E
P
E does ___ to PRL secretion
and ___ to PRL action at breast
increase
blocks
4 sources of P
corpus luteum
placenta
adrenal cortex
testes
P does ___ to cervical mucus and ___ to body temp
thickens
increase
proliferative phase is aka ___
follicular
secretory phase is aka ___
luteal
___ menstrual phase can vary in length
___ phase is constant at ___
follicular
secretory
14 days
oligomenorrhea is ___
polymenorrhea is ___
cycle>35 days
cycle<21 d
mittelschmerz is caused by ___
which does ___
blood from ruptured follicle
peritoneal irritation
___ is least differentiated female germ cell
its ploidy is ___
oogonium
46XX
oogonia differentiate into ___s during ___
1' oocyte
fetal life
1' oocytes enter ___ during ___ and stop at ___
meiosis I
fetal life
prophase I
1' oocytes stay at ___ phase until ___.
prophase I
ovulation
at ovulation, ___s complete ___ and become ___ (2)
1' oocyte
meiosis I
1 2' oocyte
1 first polar body
at ovulation, 2' oocytes begin ___ but stop at ___
meiosis II
metaphase II
ploidy of 2' oocyte
ploidy of first polar body
2N (replicated 23X)
2N (replicated 23X)
2' oocytes are arrested at ___ until ___
metaphase II
fertilization
at fertilization, ___s complete ___ and become ___ (2)
2' oocyte
meiosis II
ovum
second polar body
ploidy of ovum
ploidy of 2nd polar body
N (23X)
N (23X)
zygote typically implants ___ days after fertilization
6
bhCG is detectable in blood ___ after fertilization
and in urine ___ after fertilization
it peaks at ___ weeks
1 week
2 weeks
10 weeks
oxytocin does ___ (2)
milk letdown
uterine contraction
bhCG maintains pregnancy during ___ by ___ing
1st trimester
acting like LH
3 effects of E on serum lab values
high HDL
low LDL
high hormone-binding proteins (SHBG, TG, etc)
marker for menopause
high FSH
FSH rises more than LH in menopause because ___
it's released from inhibition of E, P and inhibin (LH only released from 1st 2)
microscopic anomaly in Klinefelter's
Barr body
5 serum markers for Klinefelters
high LH
high FSH
low androgens
low inhibin
high E
microscopic anomaly in Turner's
no Barr body
if T is high and LH is high, dx is ___
androgen R defect
if T is high and LH is low, dx is ___
ectopic or exogenous T
pseudo-hermaphroditism means ___
gonads don't match external genitalia
in female pseudo-hermaphroditism, genotype is ___, gonads are ___,
external genitalia are ___
XX
ovaries
ambiguous or virilized
2 causes of female pseudo-hermaphroditism
CAH
in utero exposure to exogenous androgens
in male pseudo-hermaphroditism, genotype is ___, gonads are ___,
external genitalia are ___
XY
testes
ambiguous or female
3 causes of male pseudo-hermaphroditism
___ is most common
androgen insensitivity
Swyer syndrome
5a reductase deficiency
androgen insensitivity
true hermaphroditism has genotype ___ or ___
it means ___
46XX
47XXY
both ovary and testicular tissue present
Swyer syndrome is caused by ___
this causes absence of ___
SRY mutation
AMH
in androgen insensitivity,
gonads are ___
vagina is ___
uterus is ___
body habitus is ___
2' sex characteristics are ___
testes
present (rudimentary)
absent (AMH)
tall
female (from aromatization of T)
in Swyer syndrome,
gonads are ___
vagina is ___
uterus is ___
body habitus is ___
2' sex characteristics are ___
streak gonads
present (no AMH)
present (no AMH)
tall
absent
in 5a reductase deficiency,
T levels are ___
E levels are ___
LH levels are ___
normal
normal
normal or high
benign GTD is aka ___
hydatidiform mole
2 kinds of mole
complete
partial
___% of all moles are complete
90
4 RFs for molar pregnancy
nulliparity
prior molar pregnancy
extremes of age
asian
in complete mole, a ___ sperm fertilizes a ___ ovum
the resulting cell then ___s
normal
enucleate
replicates paternal chromosomes
in partial mole, ___ sperm fertilizes a ___ ovum
2 (or 1 with subsequent duplication)
normal
in complete mole,
karyotype is ___
bhCG is ___
uterine size is ___
chorioca risk is ___
fetal parts are ___
malignancy risk is ___
46XX or 46XY
very high
enlarged
2%
absent
15-20%
in partial mole,
karyotype is ___
bhCG is ___
uterine size is ___
chorioca risk is ___
fetal parts are ___
malignancy risk is ___
69XXX or 69XXY
high (not as high as complete)
normal
low
present
low
6 sx of complete mole
vaginal bleeding
uterus LGA
theca-lutein cysts
pre-eclampsia
HG
hyperthyroidism
workup for molar pregnancy (2)
bhCG
US
tx for molar pregnancy (4)
D&C
oxytocin
MTX
anti-D if Rh-
followup for molar pregnancy (2)
serial bhCG (until 0)
contraception during followup
3 kinds of malignant GTD
invasive/persistent mole
chorioca
placental site trophoblastic tumor (PSTT)
tx for invasive mole
single agent chemo
tx for chorioca
single agent chemo
tx for PSTT
hysterectomy
common cause of recurrent miscarriage during 1st week(s)
low P
common cause of recurrent miscarriage during 1st semester
chromosomal abnormality
common cause of recurrent miscarriage during 2nd semester
bicornuate uterus
preeclampsia is ___ (3) occuring between ___ and ___ weeks gestation
HTN
proteinuria
edema
20
6 weeks postpartum
new onset HTN + proteinuria before 20 weeks suggests ___
molar pregnancy
preeclampsia is caused by ___ due to ___
placental ischemia
insufficient vasodilation of spiral a.s
preeclampsia is associated with ___
HELLP syndrome
HELLP syndrome is ___
Hemolysis
Elevated Liver enzymes
Low Platelets
mortality in preeclampsia is from ___ (2)
cerebral hemorrhage
ARDS
preeclampsia tx: (4)
deliver baby as early as possible
bed rest
salt restriction
seizure prophylaxis
seizure prophylaxis for preeclampsia (2)
IV mag sulfate
diazepam
bleeding in abruptio placentae is painful/painless
bleeding in placenta previa is painful/painless
painful
painless
abruptio placentae is associated with ___
it occurs in the ___ trimester
___ (3) are RFs
DIC
3rd
smoking
cocaine
HTN
most common location for ectopic pregnancy
fallopian tube
cervical dysplasia happens at ___
it begins at ___ layer
squamo-columnar junction
basal
4 HPV types associated with cervical ca
16
18
31
45
microscopic sign of cxal dysplasia
koilocyte
lateral expansion of cervical tumor can cause ___, in turn causing ___
ureteral obstruction
renal failure
top 3 gynecological malignancies IDOOF
endometrial
ovarian
cervical
unopposed E can cause ___
4 causes of unopposed E
endometrial hyperplasia
anovulatory cycle
HRT
PCOS
granulosa cell tumor
endometrial ca pw
vaginal bleeding
___ is most common tumor in females
leiomyoma
leiomyoma pw ___ (2)
bleeding
miscarriage
T/F: leiomyoma can progress to leiomyosarcoma
false
leiomyomas are sensitive to ___
E
80% of cxal ca is ___
20% is ___
SCC
adenoca
___ is a cxal adenoca associated with in utero DES exposure
clear cell adenoca
most common sign of cxal cancer is ___, especially ___.
abnormal vaginal bleeding
postcoital bleeding
2 morphological kinds of ovarian tumors
cystic
solid
3 kinds of cystic ovarian tumors
functional
neoplastic
endometrioma
T/F: functional cysts can be malignant
T/F: neoplastic cysts can be malignant
T/F: endometriosis cysts can be malignant
T/F: solid tumors cysts can be malignant
F
T
F
T
3 kinds of functional ovarian cysts
follicular
corpus luteum
theca lutein
functional cysts are common/rare
they are related to ___
common
ovulation
follicular cysts are lined by ___ cells
granulosa
usual follicular cyst outcome
spontaneous resolution within 2 weeks
___ is one kind of corpus luteum cyst
hemorrhagic corpus luteum
menstrual abnormality associated with corpus luteum cyst
this can cause confusion with ___
delay of menses
ectopic pregnancy
usual outcome of corpus luteum cyst in the absence of pregnancy
usual outcome of corpus luteum cyst in the presence of pregnancy
resolution within 8 weeks
resolution at development of yolk sac
corpus luteum cysts present with ___
they are more common on L/R
sudden pain
R
compared with follicular cysts, CL cysts are ___ (2)
more likely to cause pain
larger
theca lutein cysts and ___ are caused by ___, e.g. from ___ (2)
luteoma of pregnancy
hCG
molar pregnancy
chorioca
4 ovarian germ cell tumors
dysgerminoma
chorioca
yolk sac tumor
teratoma
dysgerminoma is the female equivalent of ___
it is relatively rarer/more common
it is benign/malignant
seminoma
rarer
malignant
dysgerminoma histology
sheets of uniform cells
2 markers for dysgerminoma
hCG
LDH
chorioca is derived from ___
it is benign/malignant
syncitiotrophoblast
malignant
marker for chorioca
hCG
chorica is associated with ___
theca-lutein cysts
marker for yolk sac tumor
gross histopath of yolk sac tumor
AFP
yellow friable mass
50% of yolk sac tumors have ___ on micro histopath
Schiller-Duval bodies
Schiller-Duval bodies resemble ___
glomeruli
teratomas are ___% of all germ cell tumors
they contain ___ germ layers
90
2 or 3
mature teratomas are aka ___ (2)
benign cystic teratoma
dermoid cyst (most frequent benign ovarian tumor)
immature teratomas are benign/malignant
malignant
struma ovarii is a kind of ___
it contains ___ tissue and can cause ___
mature teratoma
thyroid
hyperthyroidism
3 benign epithelial tumors
serous cystadenoma
mucinous cystadenoma
brenner tumor
benign tumor of sex cord stroma
fibroma
serous/mucinous cystadenoma is more common
serous/mucinous cystadenoma is bigger
serous/mucinous cystadenoma is associated with psammoma bodies
serous
mucinous
serous
___ is a complication of mucinous cystadenoma
pseudomyxoma peritonei
meigs syndrome includes (3)
chief complaint is ___
ascites
pleural effusion
ovarian fibroma
pulling sensation in groin
4 parameters distinguishing benign from malignant ovarian tumors
size
laterality
structure
ascites
tumors below ___ are benign
tumors above ___ are malignant
8 cm
10 cm
benign tumors are usually uni/bilateral
uni
structure of benign tumors (3)
cystic
unilocular
thin septations
structure of malignant tumors (3)
solid elements present
multilocular
thick septations
___ is 50% of all ovarian tumors
___ is 20%
both of these are frequently ___
serous cystadenocarcinoma
serous cystadenoma
bilateral
serous cystadenoma has ___ epithelium
fallopian tube-like
mucinous cystadenoma has ___ epithelium
intestine-like
brenner tumor has ___ epithelium
transitional (bladder)
granulosa cell tumor pw ___ (2)
precocious puberty
abnormal uterine bleeding
micro histopath finding in granulosa cell tumor
call-exner bodies
ovarian ca marker
CA-125
most important RF for ovarian ca
family hx
sarcoma botyroides is a kind of ___
it occurs at age ___
it stains + for ___
rhabdomyosarcoma
<4
desmin
bartholin's gland cyst pw ___
pain in labia majora
3 benign breast tumors
fibroadenoma
intraductal papilloma
phyllodes tumor
___ is most common tumor in women < 25
fibroadenoma
fibroadenomas are sensitive to ___
they are ___ (2) masses with ___ edges
E
firm
mobile
sharp
intraductal papilloma pw ___ (2)
serous nipple discharge
bloody nipple discharge
intraductal papilloma grows in ___
it is typically located ___ly
lactiferous ducts
sub areolar
phyllodes tumors are most common in ___th decade
6
T/F: phyllodes tumors can undergo malignant transformation
true
T/F: intraductal papilloma has elevated risk of carcinoma
true
most important prognostic factor in breast ca
axillary LN mets
earlier/later first delivery is RF for breast ca
later (esp nulliparity)
2 histological types of breast ca
ductal
lobular
2 kinds of ductal breast ca
invasive
DCIS (noninvasive)
2 kinds of DCIS
low grade
high grade
2 kinds of low grade DCIS
cribriform
comedocarcinoma
2 kinds of high grade DCIS
solid
papillary
___ is most common invasive breast cancer
prognosis is ___
ductal (50-70%)
bad
invasive ductal ca pw ___ mass
and ___ (3) cells
rock-hard
small
glandular
duct-like
unlike DCIS, LCIS is ___
because ___, it is usually found ___ly
not considered cancerous
it doesn't calcify
incidentally
histopath of invasive lobular ca
orderly row of cells
invasive lobular ca is commonly ___
bilateral
medullary breast ca is rare/common
prognosis is good/bad
rare
good
Paget's disease of the breast has ___ on ___
eczemetous patch
nipple
Paget cells are ___ with ___ located in ___
large cells
clear halo
epidermis
acute mastitis mainly occurs during ___
main pathogen is ___
breast feeding
SA
5 drugs which cause gynecomastia
Spironolactone
Digitalis
Cimetidine
Alcohol
Ketoconazole
(Some Drugs Create Awesome Knockers)
prostate ca happens in ___ lobe
BPH happens in ___ (2) lobes
posterior
lateral
middle
RF for cryptorchidism
prematurity
2 kinds of testicular tumors
germ cell
non-germ cell
95% of all testicular tumors are ___
germ cell
5 kinds of testicular germ cell tumors
seminoma
embryonal ca
yolk sac tumor
chorioca
teratoma
___ are most common testicular tumor
seminoma
seminomas are painful/painless
painless
age range for seminoma
15-35
micro histopath for seminoma
large cells with watery cytoplasm
"fried egg" appearance
prognosis for seminoma is ___
excellent
seminoma is sensitive to ___
radiation
embryonal ca is painful/painless
painful
embryonal ca morphology (2)
glandular
papillary
2 markers for embryonal ca
AFP
hCG
unlike in females, in males teratoma is ___
usually malignant
3 testicular non germ-cell tumors
leydig cell
sertoli cell
testicular Ly
leydig cell tumor pw ___ in men, and
___ in boys
gynecomastia
precocious puberty
leydig cell tumor is ___ in color
and has ___
brown
Reinke crystals
___ is most common testicular tumor in older men
testicular Ly
___ is a layer covering the testis derived from periteoneum
tunica vaginalis
3 lesions of tunica vaginalis
finding common to all 3
varicocele
hydrocele
spermatocele
they transilluminate (unlike tumors)
varicocele is ___
it can cause ___
dilated pampiniform plexus
infertility
hydrocele is caused by ___
incomplete fusion of processus vaginalis
2 lesions which can progess to penile SCC
Bowen's disease
erythroplasia of Queyrat
Bowen's disease pw ___ located on ___
solitary crusty plaque
shaft
Bowen's disease has peak incidence in ___ decade
___% become SCC
5th
10
erythroplasia of Queyrat usually affects ___
glans
2 RFs for penile SCC
HPV
lack of circumcision
Peyronie's disease is ___ 2/2 ___
bent penis
fibrosis
leuprolide is a ___
it can be used for ___ or ___, depending on ___
GnRH agonist
promoting LH/FSH release
inhibiting LH/FSH release
whether it's given tonically or in pulses
2 leuprolide SEs
nausea
vomiting
oncological indication for leuprolide
prostate ca
oncological indication for T
ER-positive breast ca (see exemestane)
finasteride does ___
blocks 5a reductase
2 finasteride indications
BPH
balding (propecia)
spironolactone does ___
competitive androgen R inhibition
flutamide does ___
unlike spironolactone, ___
competitive androgen R inhibition
it's not a steroid
oncological indication for flutamide
prostate ca
ketoconazole does ___
decreased steroid synthesis
3 SERMs
clomiphene
tamoxifen
raloxifene
clomiphene does ___
it is used for ___ (2)
increased LH/FSH release
infertility
PCOS
3 clomiphene risks
multiple ovulation -> multiple pregnancy
ovarian enlargement
visual disturbance
tamoxifen does ___
it is used for ___
E antagonist at breast
ER-positive breast ca
raloxifene does ___
it is used for ___
E agonism at bone
osteoporosis
anastrozole does ___
so does ___
they are used for ___
aromatase inhibition
exemestane
breast ca in postmenopausal women
mifepristone does ___
it is used for ___
P antagonism
abortion (RU-486)
dinoprostone does ___
it is used for ___
PGE2 agonism
labor induction: cervical dilation + uterine contraction
terbutaline does ___
so does ___
they are used for ___
beta_2 agnonsim
ritodrine
tocolysis
tamsulosin does ___
it is used for ___
alpha_1 blocker (selective for prostate)
BPH