Female Reproductive System Flashcards

1
Q

female reproductive system is enclosed within the – and is open to the external environment

A

abdominal cavity

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2
Q

egg production occurs in the

A

ovaries

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3
Q

sperm should meet with the egg in the – where fertilization will occur

A

fallopian tube (oviduct)

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4
Q

fallopian tubes merge into the –

A

uterus

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5
Q

the uterus is composed of the muscular myometrium and the vascularized lining called

A

endometrium

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6
Q

if fertilization doesn’t occur, the egg will be lost with the shedding of the endometrium which occurs about every – during menstruation

A

28 days

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7
Q

– serves as an entry point for sperm to enter the system

A

vagina

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8
Q

the vagina serves as exit point for –

A

menstrual fluids

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9
Q

birth canal

A

vagina

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10
Q

pH of the vagina is – which discourage the growth of certain pathogens

A

acidic

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11
Q

– regulates the opening of the uterus into the vagina and is normally narrow

A

cervix

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12
Q

During the first five days, the existing endometrium is lost via – as arteries serving the endometrium constrict

A

menstrual fluid

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13
Q

during the second week of the cycle, the primary event in the uterus is the – to replace the endometrium that was lost

A

proliferation of cells

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14
Q

during the last two weeks of the cycle, hormones are secreted to prepare the endometrium for –, if an embryo is present

A

implantation

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15
Q

as the 28th day of the menstrual (uterine) cycle approaches the – deteriorates and menses will soon begin as the cycle restarts

A

endometrium

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16
Q

this phase consists of the event prior to ovulation and lasts from days 1 to 13 of the cycle

A

preovulatory phase

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17
Q

preovulatory phase corresponds to – and – of the menstrual cycle

A

menses and proliferative phase

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18
Q

ovulation occurs on day – of the cycle

A

14

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19
Q

rupture of a – in the ovary and subsequent release of an egg to the fallopian tube constitutes ovulation

A

follicle

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20
Q

during this phase, the egg is released and may be fertilized

A

postovulatory phase

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21
Q

postovulatory phase lasts from days 15 to 28 and corresponds to the – of the menstrual cycle

A

secretory phase

22
Q

if an egg is fertilized the embryo would implant into the – during the posovulatory phase

A

endometrium

23
Q

event leading to the ovulation of an egg are termed – and regulated through the ovarian cycle

24
Q

within the ovaries, the process of meiosis begins –

A

before a female’s birth

25
follicle consists of a potential egg cell -- surrounded by a shell of follicular cells to support the egg
oocyte
26
the number of primary follicles is set at birth and is around --
700,000
27
by the time a female reaches puberty at age 12-14, as few as -- follicles remain
200,000
28
at birth, the oocytes are arrested in -- but will resume if they mature and will arrest again at --
prophase I, metaphase II
29
oocyte will only complete meiosis if -- occurs
fertilization
30
the ability to perform the ovarian cycle will end at --
menopause
31
at menopause ovaries are no longer sensitive to -- and --
FSH and LH
32
levels of estrogen and progesterone -- and the ovaries atrophy
decrease
33
during the preovulatory phase, a few follicle will resume meiosis and begin growing as --
primary oocytes
34
starting day 1 of the ovarian cycle, the anterior pituitary secretes
FSH and LH
35
hypothalamus produces -- which stimulates the release of FSH and LH
GnRH, gonadotropin releasing hormone
36
cause the growth of several follicles that begin to produce estrogen
FSH
37
estrogen is at its highest level during the -- of the cycle, which corresponds to the rebuilding of the endometrium after menstruation
second week
38
during the second week, estrogen increases stimulating the hypothalamus to release more GnRH which leads to an increase in FSH and LH -->
surge in LH
39
surge in LH cause the oocyte to complete meiosis I and arrest at metaphase II forming a --
secondary oocyte
40
surge in LH also causes the -- of the follicle within the ovary
rupture
41
the remains of the follicle in the ovary become the -- which will secrete estrogen and progesterone under the stimulation of LH
corpus luteum
42
estrogen and progesterone combination wil inhibit the hypothalamus and anterior pituitary and suppress FSH and LH production so that -- during this cycle
no more eggs are released
43
without the -- the levels of estrogen and progesterone decline
corpus luteum
44
lack of these hormones, particularly -- is the cause of menstruation (which can only occur when these levels are low)
progesterone
45
the remnants of the follicle remain in the --
ovary
46
if the oocyte is fertilized -- will complete resulting in a mature egg (ovum)
meiosis II
47
only one mature egg is needed during ovulation so the remaining three cells produced during meiosis are termed --
polar bodies
48
if more than one egg is released on a given cycle, the potential exists for multiple fertilizations and multiple embryos resulting in --
fraternal twins or triplets
49
the lack of estrogen and progesterone, allows the pituitary glands to begin secreting -- and - to begin a new cycle
FSH and LH
50
because estrogen and progesterone have the ability to -- the actions of FSH and LH, they are used in birth control
suppress