Chapter 40: Disorders of the Female Reproductive System Flashcards

1
Q

Discuss the risk factors associated with cervical cancer

A
Linked to Human Papilloma Virus (HPV) infection
Smoking
Dietary/nutritional
Early age of first sexual intercourse/contact
Family history
Immunodeficiency
Multiparity
Oral contraceptives
h/o chlamydial or herpes virus infection
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2
Q

Relate the importance of Papanicolaou smear in early detection and decreased incidence of deaths from cervical cancer.

A

Diagnosis of cervical cancer requires pathologic confirmation. Pap smear results demonstrating squamous intraepithelial lesions often require further evalu- ation by colposcopy, during which a biopsy sample may be obtained from suspect areas and examined microscopically

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3
Q

Describe the methods used in the treatment of cervical cancer.

A
Removal of lesion
Surgical removal of organs
Radiation
Chemo-radiation
Chemotherapy
Brachytherapy
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4
Q

Describe the pathology and manifestations of pelvic inflammatory disease

A

-Involves upper reproductive tract (uterus to Fallopian tubes to ovaries)
Caused by polymycrobial sexually transmitted organisms
More rarely, endogenous organisms = causing infection
-After entering the upper reproductive tract, the organisms multiply rapidly in the favorable environment of the sloughing endometrium and ascend to the fallopian tube.

Risk Factors
16-24 years old
Multiparity
Multiple sexual partners
h/o PID, IUD use 
Risk factors enhanced during menstruation
Manifestations:
dyspareunia
Lower abdominal pain (just after menstruation)
Cervical pain on manipulation
Purulent discharge
Bleeding (esp if on oral contraceptives)
Fever
Elevated WBC, ESR, CRP
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5
Q

Describe the pathology and manifestations of endometriosis.

A

Cells from the lining of the uterus flourish elsewhere
-ectopic
-Causes is unknown, but 10-15% of postmenopausal women have this
-cyst development interferes with blood flow/tissue
How did it get there? – retrograde, dormancy, lymphatics

Risk Factors
Early/altered menarche
Postponed childbearing
Familial
Dysmenorrhea 
Manifestations – dependant on site
Pain: pelvic, back, micturition, defecation
D/t bleeding during menstruation
Infertility
Ovarian cysts
Treatment:
Symptomatic (pain)
Endometrial suppression
Surgical removal
Tissue
Hysterectomy
Hysterectomy & BSO
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6
Q

Cite the major early symptoms of endometrial cancer.

A

post menopausal painless bleeding

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7
Q

Describe the manifestations of cystocele, rectocele, and uterine prolapse.

A

Cystocele
Herniation of bladder into vagina
-Difficulty emptying bladder, frequency

Rectocele
Herniation of rectum into vagina
-Discomfort, difficulty defecating

Uterine prolapse
Bulging of uterus into vagina
-Discomfort, irritation of exposed membranes of cervix/vagina

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8
Q

State the underlying causes of ovarian cysts.

A

Common, but often benign

Manifestations:
Discomfort, aching
Occasionally can rupture or become infected

Types:
Follicle doesn’t burst and release ovum

Luteal cyst (from corpus luteum not dissolving)

Dermoid cyst
-Benign "teratoma"
-Skin, hair, bone, nails, teeth, eyes, thyroid, tissue
Chocolate cyst 
-Caused by endometriosis
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9
Q

Describe polycystic ovary syndrome.

A

Affects 5-10% of reproductive aged women

Risks:
Hormonal changes
Chronic anovulation causing amenorrhea
Obesity

Pathophysiology:
Follicles develop but don’t ovulate
LH levels remain, stimulating androgen production, which stimulates cycle to continue

(The elevated LH level results in increased androgen production, which in turn prevents normal follicular development and contributes to a vicious cycle of anovulation and multiple cyst formation.)

Manifestations:
Menstrual irregularity
hyperandrogenism
Infertility
Hyperinsulinemia/insulin resistance
-Reason not clear obesity?
hypertension
Treatment:
Symptom relief
Weight loss
Oral contraceptives
Spironolactone (inhibits androgen production by adrenal gland)
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10
Q

State the reason that ovarian cancer may be difficult to detect in an early stage, risk factors, manifestation

A

2nd to endometrial cancer

Risk Factors:
Nullparity
Older women (usually)
Family history of breast or ovarian cancer
High mortality rate as vague symptoms are not recognized early
Up to 75% have metastasized when diagnosed

Manifestations:
Often asymptomatic
Increased abdominal size (ascites)
Dyspepsia
Bloating, early satiety

Treatment:
Total hysterectomy & BSO
Possible omentum removal
chemotherapy

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11
Q
  1. Define the terms amenorrhea, hypomenorrhea, oligomenorrhea, menorrhagia, metrorrhagia, and menometrorrhagia.
A

Amenorrhea = absence menstruation

Hypomenorrhea = scanty menstruation

Oligomenorrhea = infrequent menstruation

Poly = frequent, less than 21 days apart

Metrorrhagia = bleeding between periods

Menorrhagia = excessive bleeding

Menometrorrhagia = heavy bleeding between and during periods

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12
Q

Differentiate between primary dysmenorrhea and secondary dysmenorrhea

A

Primary dysmenorrhea is caused by prostagladin excess. Prostaglandins are potent smooth muscle stimulants that cause intense uterine contractions.

Secondary dysmenorrhea is menstrual pain caused by structural abnormalities or disease processes such as endometriosis, uterine fibroids, adenomyosis, pelvic adhesions, IUDs, or PID. In women with secondary dysmenorrhea, the pain often lasts longer than the menstrual period; it may begin before menstrual bleeding begins; and it may become worse during menstruation.

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13
Q

Cite the risk factors for breast cancer, manifestation and cause

A

Most common female cancer (1 in 9)
Normally, BRCA1 or BRCA2 genes suppress tumor growth by repairing DNA that has mutated

Breast cells supplied with extra estrogen or growth factor receptors prone to cancer

Risk Factors: (many diagnosed have none!)
Increased age
Family history/genetic mutation
h/o benign breast disease
Hormonal changes that influence breast maturation (early menarche, late pregnancy, or menopause)

Modifiable Risk Factors:
Obesity
Physical inactivity
Postmenopausal hormone therapy
Alcohol use
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14
Q

Describe the methods used in the diagnosis and treatment of breast cancer

A
Detection:
Solitary, painless fixed lesion with poorly defined borders
Upper outer quadrant most common
Mamography
Self-examination
MRI
Biopsy

Classification
Size/nodal involvement/metastasis

Treatment:
Surgery (radical, modified)
Chemotherapy
Radiation therapy
Hormonal manipulation

SURGERY:
Lumpectomy (wide local excision)
Partial or segmental mastectomy or quadrantectomy
Total mastectomy
Modified radical mastectomy – breast, lymph
Radical mastectomy – breast, lymph, muscles

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15
Q

Describe Benign Ovarian Tumours

A
Benign Tumors (80% are!)
Epithelial cell
Endometriomas or “chocolate cysts”
Fibromas
Teratomas/dermoid cyst
-Serous/sebaceous/hair/teeth

Functioning tumors: secrete hormones

  • Estrogens: alter menstrual cycle
  • Androgens: cause masculine characteristics
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16
Q

Characterize the development of cervical cancer, from the appearance of atypical cells to the development of invasive cervical cancer.

A

Pathogenesis:
Cell dysplasia can be pre-cancerous (Pap smear)
Long latent period but rapid once starting
Squamous cell carcinoma most common

-There are variations in cell size and shape and changes in the nuclear and cytoplasmic parts of the cell, commonly referred to as dysplasia. These precancerous changes represent a continuum of morpho- logic changes with indistinct boundaries that may gradually progress to cancer in situ and then to invasive cancer, or they may spontaneously regress.

Manifestations:
Abnormal vaginal bleeding, spotting, discharge (increased after intercourse)
Pain (pelvic, back, leg)
Hematuria, fistulasq