Lectures Flashcards

1
Q

Cordlike

Below and anterior to the fallopian tube

A

Round ligament

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2
Q

Extends thru internal inguinal ring and inserts to upper labia majora

A

Round ligament

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3
Q

Contains samson artery

A

Round ligament

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4
Q

Provide BS to the uterus

A

Samson atery

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5
Q

A double reflection of peritoneum stretching from the pelvis sidewalls to the uterus

A

Broad ligament

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6
Q

Divides pelvic cavity into the anterior and posterior compartments

A

Broad liga

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7
Q

Covers fallopian tube

It’s called as

A

Mesosalpinx

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8
Q

Covers round ligament

It’s called as

A

Mesoteres

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9
Q

Covers uteroovarian

It’s called as

A

Mesoovarium

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10
Q

Covers uterus

It’s called as

A

Mesometrium

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11
Q

Cardinal ligament AKA

A

Transverse cervical ligament

Mackenrodt ligament

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12
Q

Thick base wc extends from the lateral aspect of the upper part of the cervix and vagina to the pelvic wall

A

Cardinal ligament

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13
Q

Major support of the uterus

A

Cardinal ligament

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14
Q

Originates posterolateral attachment to the supravaginal portion of cervix

Inserts to fascia over the sacrum

A

Uterosacral ligament

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15
Q

Form the lateral boundaries of the pouch of Douglas

A

Uterosacral ligament

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16
Q

Infundibulopelvic ligament AKA

A

Suspensory ligament of the ovary

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17
Q

Extends beneath the fimbriated end of the fallopian tube towards pelvic wall

A

Infundibulopelvic ligament

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18
Q

Contains nerve and ovarian vessels

A

Infundibulopelvic ligament

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19
Q

Ovarian ligament AKA

A

Uteroovarian ligament

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20
Q

Runs in the broad ligament from the uterine pole of the ovary to inferior angle of uterotubal junction

A

Ovaries ligament

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21
Q

Endocrine input from circulating hormones (estrogen, progesterone)

A

Long feedback mechanism

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22
Q

Pituitary hormone feedback mechanism (FSH, LH)

A

Short feedback mechanism

23
Q

Hypothalamic secretions within the hypothalamus

A

Ultrashort

24
Q

Releasing FSH and LH

A

GNRH

25
Q

Produces ACTH

A

CRH

26
Q

Derived embryologically from epidermal ectoderm from an infolding of Rathke’s pouch

A

Anterior “Adenohypophysis”

27
Q

No direct neural connection

No direct arterial BS – flow comes from portal vessels of median eminence

A

Anterior or Adenohypophysis

28
Q

Adenohypophysis secretes

A

GH, PRL, ACTH (acidophilic)
FSH, LH (basophilic)
TSH (neutral boooo)

29
Q

Direct physical extension of hypothalamus

A

Posterior or Neurohypophysis

30
Q

Posterior or Neurohypophysis BS

A

Superior, middle, inferior hypophyseal arteries

31
Q

Composed exclusively of neural tissue

Hypothalamic magnocellular system
- supraoptic nuclei and paraventricular nuclei

A

Posterior or Neurohypophysis

32
Q

Secrete synthetic products from their axonal boutons into general circulation to act as hormones:
Oxytocin and AVP

A

Posterior or Neurohypophysis

33
Q

Decapeptide from arcuate nucleus

A

GnRH or LHRH

34
Q

Potential inhibitor of PRL and stimulator of gonadotropin release

A

GnRH-associated peptide (GAP)

35
Q

Simultaneously regulates FSH and LH

Continual pulsatile secretion:

  • short half-life
  • autoprimes or upregulates GnRH receptors
A

GnRH

36
Q

Frequent small amplitude

A

Follicular

37
Q

Increase in both freq and amplitude

A

Late follicular

38
Q

Progressive lengthening of interval between pulses, higher amplitude than in follicular phase that progressively declines

A

Luteal

39
Q

Progressive lengthening of interval between pulses, higher amplitude than in follicular phase that progressively declines

A

Luteal

40
Q

Increased receptor affinity or decreased degradation

A

Agonists

41
Q

No intrinsic activity but competes for the same receptors

Prevents stimulation of endogenous gonadotropin

A

Antagonist

42
Q

Opiods are affected by

A

GnRH
e.g endorphins, enkephalins, dynorphins

Inhi release of gnrh

43
Q

Ovarian sex steroids increase

A

Central endorphins

44
Q

Glycoprotein that share the alpha subunit

Beta subunit confers receptor specificity - rate limit

A

FSH and LH

45
Q

Under topic inhibition by hypothalamic secretion of dopamine

A

PRL

46
Q

Secreted by pit thyrotrophs in response to TRH

A

TSH

47
Q

Comes from arcuate nucleus

A

TRH

48
Q

Major stimulus for PRL

A

TSH

49
Q

Sec by paraventricular nucleus of hypothalamus

A

Oxytocin

50
Q

Oxytocin stimulated by suckling w impulses travelling via

A

Thoracic nerves > spinal cord > hypothalamus

51
Q

Stimulation of cervix and vagina

A

Ferguson reflex

52
Q

Neuroendocrine reflex comprising self sustaining cycle of uterine contractions

A

Ferguson reflex

53
Q

Oxytocin

ISO LEU

A

ADH

PHE ARG

54
Q

Synthesized primarily by neurons in supraoptic nuclei in ppgalnd

A

ADH