Female Clinical Correlations Flashcards
what diseases need to be considered for cervix
HPV
cervical intraepithelial
squamous cell carcinoma
uterus diseases
leiomyoma
leiomyosarcoma
endometrial andenocarcinoma
ovarian diseases
cystic lesions
- cystadeoma
- cystadenocarcinoma
stromal tumor
- granulosa cell tumor
germ cell tumor
- benign cystic teratoma
breast diseases
fibroadenoma
intraductal carcinoma
infiltrating ductal carcinoma
lobular carcinoma
normal cervix
non keratinizing squamous epithelium
squamous cells show maturation from basal layer to surface
mucosa of the endocervical canal is composed of a single layer of mucin-secreting columnar epithelium
–> lines both the surface and the underlying glandular structures
cerical glands are deep, cleft like infolding of the surface epithelium into the underlying stroma
HPV
DNA detected in 85% of cervical cancers and 90% of pre-cancer lesions
Types 6, 11 = low risk
high risk = 16, 18
precancerous changes (dysplasia) associated with HPV exposure, but HPV does not mean eventual progression to carcinoma
Squamous cell carcinoma of cervix
highly irregular cellular and nuclear shapes, prominent nucleoli, cytoplasmic density, chromatin granularity
keratinized cells are orange
- often with squamous pearls
nonkeratinized cells = dense, basophilic cytoplasm
tumor diathesis in background
endometriosis
presence of endometrial tissue outside of the uterus
usually both endometrial glands and stroma
occurs in the following sites, in descending order of frequency
- ovaries
- uterine ligaments
- rectovaginal septum
- cul de sac
- pelvic peritoneum
- large and small bowel and appendix
- mucosa of the cervix, vagina, and fallopian tubes
- laparotomy scars
associated with pelvic pain, dysmenorrhea, and infertility
uterine leiomyoma / leiomyosarcoma
multiple tumors in submucosal (bulging into the endometrial cavity), intramural, and subserosal locations
well differentiated, regular, spindle-shaped SmM cells
- high number of cell divisions
endometrial adenocarcinoma
present in the luminal surface of uterus usually
can be seen invading the SmM bundles of the myometrium
malignant glands are often abck to back and complex cribiform patterns
intraluminal necrotic tissue may be seen
cystadenoma
derived from surface epithelium
most common of the benign ovarian tumors
lined by tall, columnar ciliated and nonciliated epithelial cells and filled with clear serous fluid
histologically = serous cystadenoma is seen with papillary projections of epithelium extending into lumen of the tumor
no invasion of stroma or capsule
grey zone of borderline lesions lie between
benign cystaadenos and malignant cystadenocarcinomas
granulosa cell tumors
ovary
derived from stroma and often have a component of thecoma
they are often hormonally active and can produce large amounts of estrogen such that the patient may intially present with bleeding from endometrial hyperplasia
Call Exner Bodies
distinct feature of granulosa cell tumors
nests of cells which are forming primative follicles
most of these are histologically benign
benign teratomas
cystic masses better known as dermoid cysts
usually found in young women during the active reproductive yers
3 embyronic cells lines - ecto, meso, and endo
46,XX
1% may undergo malignant transformation
fibrocysts in breast tissue
lined by apocrine cells with round nuclei and abundant granular cytoplasm
luminal calcifications with form on secretory debris
fibroadenoma
most common benign breast tumor
2nd-3rd decade usually
has an expansile margin that compesses surroudning breast tissue
composed of a proliferation of attentuated ducts in a loose, myxoid CT
low grade ducatal carcinoma in situ (DCIS)
intraductal carcinoma
malignant cells have completely filled the lumen of the duct, have regular looking nuclei, and show no evidence of invasion into surrounding breast tissue
microcalcifications
infiltrating (invasive) carcinoma of breast
absence of mammographic secreeing…invasive carcinoma almost always presents as a palpable mass
larger ones may be fixed to the chest wall of cause dimpling of the skin
lymphatics may become so involved as to block th local area of skin drainage and cause lymphedema and thickening of the sking (orange peel skin)
tumor cells are arranged in slender linear strands one to two cell across
“Indian filing”