Systemic pathology 400 (reproductive pathologies 2 & 1?) Flashcards

1
Q

Candidiasis risk factors

A

hot weather

clothing (esp type of clothes, esp when humid (e.g. tighter, dense clothes?))

immunosuppression

poor hygiene

DIET
—>
“Very high sugar intake may worsen candida infections in people with weakened immune systems.”

PREGNANCY

ANTIBIOTICS

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2
Q

why pregnancy risk factor for CANDIDIASIS

A

“In addition, some pregnancy-related factors such as increased estrogen levels, increased vaginal mucosal glycogen production, and decreased cell-mediated immunity are likely to cause both asymptomatic colonization and the increased risk of VVC during pregnancy”

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3
Q

why antibiotics a risk factor for CANDIDIASIS?

A

“Factors that increase your risk of developing a yeast infection include: Antibiotic use. Yeast infections are common in women who take antibiotics. Broad-spectrum antibiotics, which kill a range of bacteria, also kill healthy bacteria in your vagina, leading to overgrowth of yeast.”

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4
Q

clothing and candidiasis?

A

E.g.
tight (or dense?) yoga clothing, esp when hot humid weather

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5
Q

IUD and candidiasis?

A

“This study confirms the hypothesis that IUD use predisposes to colonization and infection by Candida albicans and other strains. The fact that the yeast organisms were more prevalent on the IUD tails than in the vaginal mucosa indicates that the IUD tail acts as a reservoir of infection.”

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6
Q

Candidiasis is AKA

A

AKA – yeast infection

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7
Q

Candidiasis is a ____ infection with ____

A

Genital infection with CANDIDA ALBICANS

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8
Q

candidiasis – clinical manifestations

A

Itching, burning

Discharge

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9
Q

Candidiasis – Dx

A

Symptomatic

SSx

patient history

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10
Q

Candidiasis – Tx

A

Antifungal medication

Lifestyle modification

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11
Q

where can candidiasis occur?

A

“A candidiasis infection often appears on your skin, vagina or mouth, where Candida naturally lives in small amounts.”

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12
Q

Candidiasis is …

A

“Candidiasis is a fungal infection caused by an overgrowth of yeast in your body.”

“Healthy bacteria help balance the amount of yeast and disruption of this balance leads to an infection.”

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13
Q

can men get yeast infections (candidiasis) ?

A

“Yes, men can get yeast infections, too, which can lead to a condition known as balanitis — inflammation of the head of the penis. Yeast infections in men are common because the fungus that causes yeast infections (candida) is normally present on skin, especially moist skin.”

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14
Q

Genital warts – every single type is caused by …

A

HPV (human papilloma virus)

—> Keep in mind however that there are many, many strains of HPV
—>
Not all HPV strains cause warts
—>
some are more likely to cause warts in one spot, & others more likely in other spots

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15
Q

genital warts is AKA

A

venereal warts,

condyloma acuminata,

anogenital warts

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16
Q

condyloma acuminata

A

“(from Greek κόνδυλος ‘knuckle’, Greek -ωμα -oma ‘disease’, and Latin acuminatum ‘pointed’)”

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17
Q

genital warts are ____ lesions of ____ of the ____

A

Benign lesions of the skin or mucous membranes of the genitals

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18
Q

some trains of HPV cause ____

A

Some strains cause flat warts in the cervical canal or anus

Caused by some strains of human papillomavirus (HPV)

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19
Q

___% of women have been affected at least ONCE by age 50

A

80% of women have been affected once by age 50

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20
Q

most warts ____

A

Most clear spontaneously within 1-2 years

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21
Q

warts manifestation

A

Manifestation includes soft, moist, tiny, pink or grey polyps that may become pedunculated

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22
Q

how long after infection do warts show up

A

could be 6 months

—>
compare to other infections, which generally show up within a few days

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23
Q

genital warts – texture ?

do genital warts typically occur on their own or in clusters?

A

May be rough or occur in clusters

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24
Q

are genital warts always symptomatic?

A

Can be asymptomatic

or cause itching/burning

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25
Q

where do genital warts most commonly occur?

A

vulva,
vaginal wall,
cervix,
perineum,
urethra,
anal region

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26
Q

genital warts – prevention

A

Prevention includes vaccination

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27
Q

Pelvic inflammatory disease

A

Infection and inflammation of the upper female genital tract:

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28
Q

Infection and inflammation of the upper female genital tract:

possible locations

A

cervix,
uterus,
fallopian tubes,
ovaries

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29
Q

pelvic inflammatory disease can cause …

A

infertility,
chronic pain,
ectopic pregnancy

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30
Q

pelvic inflammatory disease – Etiology

A

Results from microorganisms ascending from the vagina and cervix into the endometrium and fallopian tubes

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31
Q

which bacteria are MOST COMMON cause

A

Neisseria gonorrhoeae

Chlamydia trachomatis

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32
Q

pelvic inflammatory disease — ETIOLOGY AND CLASSIFICATION

A

Cervicitis

Salpingitis

Endometritis

Oophoritis (when severe)

Peritonitis (when severe)

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33
Q

PID – incidence

A

1 million women affected/year

Young age

Multiple/new sex partners

STIs

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34
Q

why young women more likely to get PID?

A

more sexually active (?)

multiple sexual partners

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35
Q

Cervicitis

A

inflammation of the cervix;

can cause mucopurulent discharge

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36
Q

Salpingitis

A

inflammation of the fallopian tubes;

can become red, swollen, pus-filled

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37
Q

Endometritis

A

inflammation of the uterus

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38
Q

oophoritis

A

inflammation of ovaries

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39
Q

peritonitis

A

inflammation of peritoneum

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40
Q

PID – Clinical manifestations

A

Widely variable
Asymptomatic (possible)

Pain/chronic pain
Discharge
Irregular bleeding

Fever, chills
Nausea
Vomiting

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41
Q

can PID be asymptomatic

A

yes

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42
Q

more clinical manifestations of PID

A

Dyspareunia (painful intercourse)
Dysuria

Abscess

Menstrual irregularities

Ectopic pregnancies (scarring)
Infertility (scarring)

Death

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43
Q

one way PID can lead to death

A

“If PID infects the fallopian tubes, it can scar the lining of the tubes, making it more difficult for eggs to pass through. If a fertilised egg gets stuck and begins to grow inside the tube, it can cause the tube to burst, which can sometimes lead to severe and life-threatening internal bleeding.”

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44
Q

PID – Dx

A

History/exam
Culture
Blood tests

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45
Q

PID – Tx

A

Antibiotics

Prevention
—> Safe sex practices
—> Checkups

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46
Q

DISORDERS OF CERVIX

A

..

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47
Q

Cervical polyps

A

Common benign growths of the cervix or ENDOCERVIX

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48
Q

in what percentage of women does cervical polyps occur?

A

Occur in about 2 to 5% of women,

possibly due to chronic inflammation.

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49
Q

are cervical polyps usually symptomatic or asymptomatic?

A

Most cervical polyps are asymptomatic.

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50
Q

however, what is one possible symptom of polyps when symptomatic?

A

Polyps may bleed between menses or after intercourse or become infected

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51
Q

polyps are usually removed (regardless of where they occur)

WHY?

A

there is a small chance that polyps can become malignant

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52
Q

polyps – visual description

A

Polyps are usually reddish pink, < 1 cm in size

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53
Q

are polyps commonly malignant ?

A

No.

They are rarely malignant (1%)

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54
Q

how are polyps diagnosed?

A

Diagnosis is by speculum examination

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55
Q

speculum define

A

“a metal or plastic instrument that is used to dilate an orifice or canal in the body to allow inspection.”

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56
Q

violin-string adhesions (unrelated to cervical polyps notes)

A

possible adhesion type that can occur @ fallopian tubes

—> d/t scarring / adhesions

—> common risk factor for EP (ectopic pregnancy)

—->
See also:
Fitz-Hugh-Curtis Syndrome

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57
Q

cervical polyps – Tx

A

Treatment - surgery

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58
Q

cervical cancer – mortality

A

4000 deaths per year

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59
Q

despite 4000 deaths per year, how has the mortality rate changed since the early 20th century?

A

Mortality declined rapidly since 1930s

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60
Q

despite current mortality rate of cervical cancer, it is HIGHLY ____

A

PREVENTABLE

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61
Q

most common cause of cervical cancer

A

HPV (human papilloma virus)

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62
Q

cervical cancer — RISK FACTORS

A

Smoking (chemicals)
HPV

Long term oral contraceptives
High parity

LOW socioeconomic class
Ethnicity (esp hispanic)

Multiple sex partners (?)

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63
Q

why is high parity risk factor for cervical cancer?

A

“Excess risk of cervical cancer among women with high parity is believed to be linked with a high rate of cervical abnormalities during pregnancy,”

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64
Q

high parity define

A

“High parity (HP), defined as having ≥5 pregnancies of ≥20 weeks of gestation, is among various risk factors which have been hypothesized for fetal growth abnormalities. 2. Although HP has been recognized to be a potential risk factor for abnormal fetal growth, the exact etiological mechanism is not well understood.”

PARITY, define:
“Parity is the number of times a woman has given birth to a live neonate (any gestation) or at 24 weeks or more, regardless of whether the child was viable or non-viable (i.e. stillbirths). Format: 1 digit numeric.”

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65
Q

why oral contraceptives risk factor for cerivical cancer

A

“In addition, oral contraceptives might increase the risk of cervical cancer by changing the susceptibility of cervical cells to persistent infection with high-risk HPV types (the cause of virtually all cervical cancers).”

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66
Q

cervical cancer – ethnicity as risk factor?

A

“Importance Black and Hispanic or Latina women are more likely than White women to receive a diagnosis of and to die of cervical cancer.”

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67
Q

cervical cancer – clinical manifestations

A

Asymptomatic (possible)

Abnormal bleeding

—>
(Like cervical polyps)

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68
Q

cervical cancer – Dx

A

Pap test

Conization/LEEP

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69
Q

pap test define

A

“a test carried out on a sample of cells from the cervix to check for abnormalities that may be indicative of cervical cancer; a Pap smear.”

“from a shortening of the name of the anatomist George Nicholas Papanicolaou, who devised the technique”

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70
Q

Conization define

A

“A procedure in which a cone-shaped piece of abnormal tissue is removed from the cervix. A scalpel, a laser knife, or a thin wire loop heated by an electric current may be used to remove the tissue.”

“The tissue is then checked under a microscope for signs of disease.”

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71
Q

cervical cancer – Tx

A

Cryotherapy

Laser/excision

Chemotherapy, radiation (metastasis?)

Hysterectomy (uterus)

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72
Q

LEEP diagnosis define

A

“Loop electrosurgical excision procedure (LEEP) uses a wire loop heated by electric current. It is used to remove cells and tissue in a woman’s lower genital tract. It is used as part of the diagnosis and treatment for areas that are abnormal or cancer.”

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73
Q

cervical cancer – Prognosis

A

Good; slow growing neoplasm; responds well to treatment

Depends on early detection

Largely preventable with early screening

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74
Q

what is the mortality rate for late detection of cervical cancer?

A

75%

Later stages associated with high mortality (~75%)

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75
Q

what is the mortality rate of early diagnosis of cervical cancer?

A

generally 0%

Early detection = 100% cure

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76
Q

cervical cancer – PREVENTION

A

regular checkups (?)

Pap test
Barrier protection
Monogamy
Don’t smoke

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77
Q

Endometrial Hyperplasia – define

A

Benign overgrowth of the endometrium (endometrial cells)

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78
Q

endometrial hyperplasia can be due to …

A

EXCESS ESTROGEN

and LOW PROGESTERONE

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79
Q

endometrial hyperplasia – MOST COMMON Symptom

A

abnormal vaginal bleeding

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80
Q

endometrial hyperplasia is a RISK FACTOR for _____.

A

endometrial cancer

—> Can lead to endometrial
cancer

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81
Q

endometrial hyperplasia — RISK FACTORS

A

menopausal age,
(skipping or having no periods),

being over-weight,
diabetes,

polycystic ovarian syndrome,
increased levels of unopposed estrogen

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82
Q

why PCOS risk factor for endometrial hyperplasia?

A

“People with PCOS are more likely to have excess estrogen and higher BMIs. The longer someone goes without shedding the lining of the uterus (or having a period), in the setting of chronic estrogen exposure, the greater their risk for endometrial hyperplasia and endometrial cancer.”

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83
Q

endometrial hyperplasia – Diagnosis

A

pap smear

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84
Q

endometrial hyperplasia – Treatment

A

hormones (progesterone?)

hysterectomy

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85
Q

Endometriosis

A

Estrogen-dependant,
non-cancerous disorder

Functioning endometrial tissue implanted outside the uterine cavity

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86
Q

is endometriosis COMMON?

A

YES

up to 60% of women

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87
Q

Endometriosis – LOCATIONS (most common)

A

ovaries,
fallopian tubes,
broad ligaments,
bladder,
pelvic musculature,
perineum,
vulva,
vagina,
intestines

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88
Q

Other unrelated locations endometriosis can occur (implanted)

A

abdominal cavity,
kidneys,
appendix,
diaphragm,
bone,
lungs,
brain,
nose,
joints

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89
Q

endometriosis — RISK FACTORS

A

GENETICS

delayed childbearing
short menstrual cycle (<27 days)
long menses (>7 days)

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90
Q

genetics and endometriosis

A

Incidence of endometriosis is increased in FIRST-DEGREE RELATIVES of women with endometriosis, suggesting that genetics is a factor.

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91
Q

why does not having children increase risk for endometriosis?

A

“People who have never had a child tend to have a higher risk for endometriosis than people who have given birth. Pregnancy stops the menstrual cycle for a period of time. This break in the menstrual cycle lowers the amount of estrogen a person is exposed to.”

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92
Q

recall – endometriosis –> “estrogen-dependent”

A

“High estrogen production is a consistently observed feature of endometriosis and this review highlighted the fact that estrogen and its receptors play a key role in the pathophysiology of endometriosis.”

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93
Q

aside –> health risks of not having children?

A

“Research shows that not having kids can raise the risk of certain health issues, like breast cancer. However, having kids can also raise the risk of cardiovascular disease for some women, and in others it can lead to chronic pain.”

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94
Q

aside – uterine prolapse?

A

“Uterine prolapse occurs when the muscles and tissue in your pelvis weaken. This allows your uterus to drop down into your vagina. Common symptoms include urine leaking, fullness in your pelvis, bulging in your vagina, low back pain, and constipation.”

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95
Q

endometriosis – Pathogenesis

A

Endometrial cells transported from the uterine cavity and subsequently become implanted at ectopic sites

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96
Q

how does menstrual tissue reach the abdomen?

A

Retrograde flow of menstrual tissue through the fallopian tubes could transport endometrial cells intra-abdominally;

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97
Q

how does menstrual/endometrial tissue reach distant sites?

A

the lymphatic or
circulatory system
could transport
endometrial cells to
distant sites

—>
(this is one theory)

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98
Q

compare endometrial tissue implants to intrauterine endometrium?

A

Microscopically, endometriotic implants are identical to intrauterine endometrium. These tissues contain estrogen and progesterone receptors and thus usually grow, differentiate, and bleed in response to changes in hormone levels during the menstrual cycle

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99
Q

what does bleeding of endometrial implants (E.g. peritoneal implants) lead to during menstrual cycle?

A

Bleeding from peritoneal implants is thought to initiate inflammation, followed by fibrin deposition, adhesion formation, and –
eventually – scarring, which
distorts peritoneal surfaces of
organs and pelvic anatomy.

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100
Q

endometriosis may be related to dysregulation of ____ & …

A

May also be related to
—>
dysregulation of immune system;
metaplasia;
surgical procedures;
abnormal differentiation during embryology

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101
Q

endometriosis – clinical manifestation

A

Depends on the location of the implants

pain,
dysmenorrhea,
fatigue,
mood changes,
dyspareunia,
pain during defecation,
fever,
diarrhea,
rectal bleeding,
alternation of menses,
infertility

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102
Q

SYMPTOMS DO NOT NECESSARILY CORRELATE WITH SEVERITY OF ENDOMETRIOSIS

A

Extensive endometriosis can be
asymptomatic;

minimal disease
can cause incapacitating pain.

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103
Q

endometriosis classifications

A

I – minimal
II – mild
III – moderate
IV – severe
V – extensive

104
Q

endometriosis – Dx

A

Biopsy
Imaging
History and symptoms

105
Q

endometriosis — Tx

A

Pregnancy

NSAIDs and analgesics

Meds to inhibit ovulation

Synthetic male hormones

Birth control pills

Surgery

106
Q

leiomyoma aka

A

AKA uterine fibroids

107
Q

leiomyomas are…

A

Benign uterine tumours of smooth muscle origin

108
Q

hysterectomy and leiomyomas

A

Primary reason for hysterectomies

109
Q

leiomyoma – clinical manifestations

A

can be ASYMPTOMATIC

Pain
Heavy bleeding
Anemia
Constipation
Frequency
LOWER BACK PAIN

110
Q

leiyomyoma – Tx

A

Medications
Surgery
Diet

111
Q

leiomyoma and chickpeas

A

“Legumes like beans, lentils, peas, and chickpeas are excellent sources of protein and fibre which can help maintain healthy hormone levels. Additionally they contain phytoestrogens, compounds that can help reduce the impact of excess estrogen in the body which may be a contributing factor for uterine fibroids.”

112
Q

UTERINE CANCER

A

Cancer of the lining of the uterus

113
Q

most common cancer of the female reproductive organs

A

Uterine cancer

114
Q

uterine cancer – high mortality?

A

10th most common cancer related cause of death in women

not as common

115
Q

uterine cancer risk factors

A

Age
Caucasian
Family history

Low parity
Post-menopause

Hypertension
Type II diabetes

PCOS
Obese

116
Q

uterine cancer pathogenesis

A

Related to any condition that increases estrogen exposure, unopposed by progesterone

117
Q

smoking and uterine cancer

A

Cigarette smoking, physical activity, hormonal contraceptives appear to DECREASE the risk

118
Q

uterine cancer metastasis

The cancer may spread:

A

from the surface of the uterine cavity to the cervical canal

through the myometrium to the serosa and into the peritoneal cavity

via the lumen of the fallopian tube to the ovary, broad ligament, and peritoneal surfaces

via the bloodstream or the lymphatics

119
Q

uterine cancer clinical manifestations

A

Irregular bleeding

Dysuria

Dyspareunia

120
Q

uterine cancer, Dx

A

Biopsy
Pap smear
Dilation & curettage

121
Q

uterine cancer, Tx

A

Radiation,
chemotherapy,
surgery

122
Q

Uterine cancer, Px

A

Extremely treatable with early detection but can recur

123
Q

uterine cancer, prevention

A

Healthy weight,
diet,
exercise

124
Q

LECTURE 1 (Male reproductive pathologies)

A

..

125
Q

genital herpes

A

126
Q

genital herpes is caused by

A

HSV2 usually

127
Q

can HSV1 occur in genitals?

A

HSV-2 is primarily the cause of genital herpes, but HSV-1 can be transmitted to the genital area

128
Q

what percentage of Americans have HSV 1

what percentage of Americans have HSV 2

A

Estimated 1/5 Americans have HSV-2,

4/5 have HSV-1

129
Q

what happens during transmission of HSV?

A

Asymptomatic viral shedding

(uncommon for infections)

Asymptomatic viral shedding is common with HSV and

—> is responsible for transmission, usually just before the onset of sores

130
Q

what is somewhat unique to HSV?

A

ASYMPTOMATIC during viral shedding

—> other viral infections are symptomatic during shedding

131
Q

how does HSV present on the penis/scrotum?

A

Herpes simplex virus produces recurring episodes of small, painful, fluid-filled ulcers on the glans penis or the skin of the shaft of the penis or the scrotum

132
Q

what are lesions like in HSV?

which symptoms accompany them?

A

Lesions are often small

and grouped with itching or burning

133
Q

what happens to vesicles (blisters/lesions)

A

The vesicles rupture, transform into shallow, painful ulcers

134
Q

do the ulcers cause scarring?

A

heal without scarring

135
Q

does herpes recur?

A

Tends to recur

136
Q

where does genital herpes remain dormant?

A

virus remains dormant in the DRG (dorsal root ganglia)

137
Q

what causes genital herpes to recur?

A

reactivated (by stress, infection, decreased immune system)

138
Q

genital herpes diagnosis is ____

A

Diagnosis is symptomatic

139
Q

is there a cure to (genital) herpes?

A

No permanent cure

140
Q

medication for (genital) herpes

A

Some antiviral drugs provide relief
or decrease asymptomatic shedding

(acyclovir, Valtrex ®)

141
Q

GENITAL WARTS

AKA

A

verrucae

142
Q

genital warts is commonly

A

benign

143
Q

genital warts is ___ infection of ____

A

viral infections of the genital region

144
Q

genital warts, etiology

A

Caused by the sexually transmitted human papillomaviruses (HPV)

145
Q

how many strains of HPV exist?

A

There are many strains of HPV (between 150-200)

146
Q

what percentage of HPV strains are associated with genital warts?

A

~1/3 are associated with genital warts

147
Q

are all strains of HPV that cause genital warts the same?

in what way are they the same or different?

A

No.

Some are high risk, others are low risk

148
Q

where do genital warts usually affect men?

A

Usually affect men on the end of the shaft of the penis and below the foreskin

149
Q

how long after infection do genital warts appear?

A

The warts usually appear 1-6 months after infection

150
Q

how do genital warts appear initially?

A

beginning as tiny, soft, moist, pink or red swellings;

151
Q

how do genital warts develop/grow?

A

grow rapidly and may develop STALKS

152
Q

do warts occur in close proximity, or with spaces in between?

A

Multiple warts often grown in the same area,

153
Q

what do the warts appear similar to?

A

their rough surfaces give them the appearance of a small cauliflower

154
Q

how are genital warts diagnosed?

A

Usually diagnosed based on appearance

155
Q

how are genital warts treated?

A

Treatment can include laser, cryotherapy, or surgery

156
Q

do genital warts recur?

A

Yes

Usually requires repeated treatments

157
Q

how are genital herpes differentiated from genital warts?

A

Genital warts may be the color of your skin,

while genital herpes can cause blisters or ulcers that may result in red sores.

—> also the unique appearance of warts described in previous slide

158
Q

orchitis

A

Inflammation of the testes

159
Q

orchitis etymology

A

orkhis = testicle

itis = inflammation

160
Q

orchitis acute or chronic?

A

Acute or chronic

161
Q

what other condition commonly occurs alongside ORCHITIS?

A

May be isolated

but more often it is combined with EPIDIDYMITIS

162
Q

what infection does Orchitis commonly come after?

A

Often follows chlamydia infection

(Chlamydia trachomatis)

163
Q

orchitis can be a complication of these conditions:

A

bladder infection,
urethritis,
gonorrhea,
prostate surgery,
mumps,
pneumonia,
scarlet fever,

or procedures such as urinary catheterization

164
Q

common symptoms of orchitis

A

The testis becomes swollen and painful and may be warm;

fever; malaise

165
Q

risk factors for orchitis

A

multiple partners

STIs

166
Q

orchitis, Dx

A

palpation of the testes;

lab tests,
urinalysis,
imaging

167
Q

orchitis, Tx

A

antibiotics, bed rest, ice packs, and pain meds

168
Q

epididymitis

A

Inflammation of the epididymis

169
Q

epididymitis is commonly a complication of …

A

urethritis or prostatitis (UTI)

170
Q

in young men, epididymitis is commonly a complication of …

A

sexually acquired infections

171
Q

in older people, epididymitis is commonly a complication of …

A

urinary obstruction,
catheterization,
or prostate surgery

172
Q

epididymitis clinical manifestations

A

pain,
urinary dysfunction,
fever,
discharge,
scrotal swelling,

173
Q

is epididymitis usually unilateral or bilateral?

A

typically unilaterally

174
Q

epididymitis, Dx

A

SSx,
UA (URINALYSIS),
blood tests,
US (ultrasound)

175
Q

epididymitis, Tx

A

scrotal elevation and support,

NSAIDS,
antibiotics,
rest

176
Q

what is a complication of UNTREATED EPIDIDYMITIS?

A

testicular infarct

177
Q

urethritis

A

Inflammation of the urethra

178
Q

urethritis can occur with …

A

gonorrhoeae or chlamydia

179
Q

if URETHRITIS occurs with gonorrhoeae or chlamydia, what SSx occur?

A

purulent exudate present (discharge)

180
Q

prostatitis is

A

Inflammation of the prostate

181
Q

prostatitis is common complication of

A

UTI

(Typically preceded by UTI)

182
Q

prostatitis classifications

A

Acute bacterial prostatitis
(Category I)

Chronic bacterial prostatitis
(Category II)

Chronic prostatitis/chronic pelvic pain syndrome (CPPS)
(Category III)

Asymptomatic inflammatory prostatitis (Category IV)

183
Q

Acute bacterial prostatitis
(Category I)

A

Acute bacterial infection

SSx: Chills, fever, pain, frequency, urgency, burning

Dx: UA or blood test

Tx: antibiotics

184
Q

Chronic bacterial prostatitis
(Category II)

A

Chronic bacterial infection

SSx: Recurring UTIs

Dx: blood tests, UA, semen test

Tx: antibiotics

185
Q

Chronic prostatitis/chronic pelvic pain syndrome (CPPS)
(Category III)

A

Most common

Idiopathic inflammatory or non-inflammatory condition

NO SIGN OF INFECTION

SSx: pain, dysuria, myalgia, pain post-ejaculation

Dx: diagnosis by exclusion

Tx: No standard treatment, but may include: pelvic floor massage, NSAIDs, stress relief

186
Q

Asymptomatic inflammatory prostatitis (Category IV)

A

Asymptomatic (no pain or discomfort), but findings of WBC in semen are present

SSx: leukocytosis

Dx: SSx, and rule out other conditions

Tx: none

187
Q

prostatitis – incidence & risk factors

A

Millions

188
Q

what percentage of men have prostatitis at least once in their life?

A

Half of all men have at least one episode in their lifetime

189
Q

most common age of prostatitis?

A

Most common over 40

190
Q

prostatitis, risk factors

A

UTIs

Instrumentation (ie. catheterization)

multiple sexual partners, stress, possibly diet

191
Q

prostatitis, bacteria (etiology)

A

Escherichia coli
Klebsiella pneumoniae
Pseudomonas aeruginosa

Staphylococci
Streptococci
Gonococci

Chlamydia
Gonorrhea

192
Q

prostatitis, clinical manifestations

A

Variable depending on chronic, acute, bacterial, non-bacterial:

Frequency
Urgency
Nocturia
Dysuria
Discharge

193
Q

prostatitis, clinical manifestations (systemic)

A

Fever
Chills
Malaise
Myalgia
Arthralgia
Pain

Impotence, decreased libido

194
Q

prostatitis, Dx

A

Clinical manifestation

Digital rectal exam

CT scan

195
Q

prostatitis, Tx

A

Category I – antibiotics

Category II – antibiotics

Category III – antibiotics; anti-inflammatories; biofeedback; pelvic floor re-education; alpha-blockers; pain medication; herbal treatment; surgery

Category IV – no treatment

196
Q

testicular torsion

A

Abnormal twisting of testis and the spermatic cord

197
Q

what happens when spermatic cord twists during testicular torsion?

A

The twisted cord cuts off blood supply to the testis

198
Q

what is testicular torsion often associated with?

A

congenital abnormalities

(Bell-clapper deformity)

199
Q

bell-clapper deformity define

A

“A bell clapper deformity is a predisposing factor in testicular torsion in which the tunica vaginalis has an abnormally high attachment to the spermatic cord.”

“called a bell clapper deformity because it leaves the testis free to swing and rotate within the tunica vaginalis of the scrotum much like the gong (clapper) inside of a bell.”

200
Q

testicular torsion usually results from

A

Usually results from an
abnormal development of the spermatic cord or the membrane covering the testis

(Bell clapper deformity)

201
Q

testicular torsion most often occurs with males @ ages …

A

Most often occurs in males between puberty and 25 y.o. (however it can occur at any age)

202
Q

testicular torsion – is it commonly spontaneous or after strenuous activity?

A

May happen spontaneously or after strenuous activity

203
Q

testicular torsion, common clinical manifestation

A

Severe pain and swelling in the scrotum along with nausea and vomiting occur immediately

—> Like after getting hit in the groin

204
Q

how can testis be saved after torsion occurs?

A

The only hope of saving the testis is surgery to untwist the cord immediately after onset of symptoms

205
Q

how is the issue prevented from re-occurring?

A

surgery

also:
During surgery the other testis is usually better secured to prevent torsion on that side

206
Q

testicular cancer

A

Cells in testicles become malignant

207
Q

testicular cancer:

___% of tumours are of germ cell origin

___% of tumours are sex cord stromal origin

A

95% of tumours are of germ cell origin

5% of tumours are sex cord stromal origin

208
Q

testicular cancer, two types

A

seminoma and nonseminoma

209
Q

is metastasis (secondary cancer) common with testicular cancer?

A

no.

rare.

210
Q

testicular cancer 10 year mortality rate

A

“around 90 out of 100 men (around 90%) will survive their cancer for 10 years or more after diagnosis.”

“The 5-year net survival for testicular cancer is 97%. This means that about 97% of men diagnosed with testicular cancer will survive for at least 5 years.”

“10-year relative survival increased from 78% in 1960–1969 to 99% in 1990–2004 for seminomas, and from 55 to 95% for nonseminomas.”

211
Q

testicular cancer, incidence

A

Rare – occur during prime of life and potentially affect sexual and reproductive capabilities

212
Q

testicular cancer mainly affects which ethnicity/population

A

Mainly affects Western populations

213
Q

why is testicular cancer incidence rising?

A

chemicals in the environment, to fetal exposure, to increased levels of estrogen.

214
Q

testicular cancer, developed countries vs developing countries

A

Six times higher in developed world

215
Q

testicular cancer, ethinicty

A

White individuals > black individuals (5:1)

216
Q

testicular cancer, most common age group

A

Most common cancer in 15-35 y.o. age group

217
Q

testicular cancer, etiology and risk factors

A

Poorly understood

Hormonal imbalance

High estrogen exposure in utero may have an effect

Low birth weight

218
Q

testicular cancer, congenital risk factors

A

Cryptorchidism

Klinefelter’s syndrome

219
Q

testicular cancer, genetic factors

(acne)

A

Having severe acne is considered protective

220
Q

cryptorchidism, definition & etymology

A

“Cryptorchidism, also known as undescended testicles, is a condition where one or both testicles fail to move from the abdomen into the scrotum.”

“hidden” + “testicle”

221
Q

testicular cancer, clinical manifestations

A

Enlargement of testis

Diffuse pain
Swelling

Hardness
Heaviness

Back pain

Gynecomastia

222
Q

even though metastasis is rare during testicular cancer, where does it metastasize to commonly if it does?

A

lymphatics, bone, lung, liver

223
Q

testicular cancer, Dx

A

UA (urinalysis)

Physical exam

Transillumination

Blood test (AFP, hCG)

CT
MRI
Biopsy

224
Q

transillumination define

A

“Transillumination is a diagnostic technique that involves shining a light through a body part to examine it for abnormalities. It can be used on many parts of the body, including the head, chest, scrotum, and breasts. “

225
Q

testicular cancer, Tx

A

Surgery
Radiation
Chemotherapy

226
Q

testicular cancer, Px

A

95% cure with early detection

227
Q

BPH

A

Benign prostatic hypertrophy

or hyperplasia

228
Q

BPH, description

A

Age-related

non-malignant

enlargement of the prostate gland

229
Q

what percentage of men over 50 experience BPH to some degree?

A

75% of men over age 50

230
Q

BPH – what age is most common? What age is rare?

A

Rare under 40

231
Q

which areas of the world is BPH most common

A

m/c in US and Western Europe

232
Q

which areas of the world is BPH less common?

A

Uncommon further East

233
Q

BPH, ethnicity

A

Higher in black individuals than white individuals

234
Q

BPH and alcohol link

A

Drinking moderate reduces the risk of incidence

but decreasing alcohol intake decreases symptoms

235
Q

BPH and smoking

A

Smoking increases the risk

236
Q

BPH, pathogenesis

A

Idiopathic

Hormone imbalance, androgens and estrogens

Multiple prostatic nodules develop

Proliferation of epithelial cells, smooth muscle cells, fibroblasts

237
Q

what does BPH do to urethra?

A

Lumen of urethra becomes progressively narrowed

(issues urinating)

238
Q

BPH, clinical manifestations

A

Decreased calibre and force of stream

Difficulty initiating or continuing urination

Frequency
Nocturia
urgency
Dribbling

Hematuria
Dysuria

Fatigue
Sleep disturbance

239
Q

BPH, clinical manifestations are related to

A

Related to secondary involvement of the urethra and restriction of urine flow

240
Q

BPH, other clinical manifestations

A

Increased UTIs

Bladder distension

Renal failure

241
Q

BPH, Dx

A

History
Palpation
Urodynamic tests
Blood test (Prostate specific antigen)
UA (urinalysis)
Imaging

242
Q

BPH, Tx

A

Watch and wait
Medications
Surgery
Botox

243
Q

BPH, complications

A

Chronic UTIs, ED, not related to cancer

244
Q

BPH, prevention

A

Antioxidants – saw palmetto, lycopene, tomatoes

The evidence for all of these is tentative at best
or even shows no help at all

245
Q

saw palmetto, DHT

A

Saw palmetto also might prevent testosterone from being converted to a more potent form called dihydrotestosterone (DHT).

246
Q

BPH, Px

A

Variable

247
Q

PROSTATE CANCER

incidence

A

4th most common cause of cancer (both sexes)

But does not make the top 5 causes of cancer death

Most people die WITH prostate cancer, but not OF prostate cancer

Increasing incidence

248
Q

prostate cancer – ethnicity

A

Blacks > whites > Asians

249
Q

prostate cancer – risk factors

A

Age > 50
Ethnicity
Geography
Family history
Environment
Diet

250
Q

prostate cancer – Etiology

A

Unknown

Endocrine system dysfunction

Higher levels of androgens especially testosterone

Viral exposure

251
Q

prostate cancer – clinical manifestations

A

Extremely variable
Asymptomatic
Urinary obstruction
Pain
Fatigue
Weight loss
Painful ejaculation

252
Q

prostate cancer – Dx

A

DRE (digital rectal exam)
Imaging
Blood test (PSA)
Biopsy

253
Q

Prostate cancer – Tx

A

Variable
Watch and wait
Surgery
Radiation
Hormone therapy
Chemotherapy

254
Q

Prostate cancer – px

A

Variable

255
Q

prostate cancer – complications

A

Incontinence
Rectal cancer
Bone cancer

256
Q

prostate cancer – prevention

A

possibly diet

Supplements

Screening – blood test (PSA), DRE

Physical activity

Control weight

257
Q
A