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70 Cards in this Set
- Front
- Back
What does the gastrin hormone produce?
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HCl, Pepsin and Mucus
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What produces the gastrin hormone?
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The stomach
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What does insulin do?
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Allows glucose to enter cells and converts excess glucose into starch
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What is glyrogerl?
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lower blood levels
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What does the Islets of Langerhams produce?
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Insulin, Small intestine, adrenal glands, and glucogen
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What does the glucogen hormone do?
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raises blood sugar levels by converting starch into glucose
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the small intestine has clumps of endocrine tissue that produce what?
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secretion hormone
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The secretion hormone signals the pancreas to realize its digestive system enzyme needs to go into what?
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the duedenum
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The adrenal cortex (cortisol) does what?
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regulates metabolism
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"THE" hormone of pregnancy
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progesterone
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what does chorionic gonadotropin stimulate?
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the corpus luteum to produce progesterone
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how is hormone production regulated?
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by negative feedback
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Too much of a hormone is called
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hyper function
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too little of the hormone is called
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hypo function
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Too much hormone while person's growth zones are present is called
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gigantism
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too much somototrophin after growth zones have dissappeared is called
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acromegaly
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acromegaly is
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enlarged jaw, brow, heavy bones
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thyroid gland is refered to as
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thyroxine
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too much thyroxine is
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hyperthyroidism
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systems of hyperthyroidism
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never tired, no weight gain, hot to the touch, exophthalimia (bulging eyes)
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symptoms of hypothyroidism
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always tired, easy weight gain, cold to the touch, enlarged thyroid (goiter)
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Symptoms of diabetes mellitus
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high blood sugar levels, organs and tissues starved for glucose, frequent urination and thirst, blurred vision, tired
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production of sperm
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spermatogenisis
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28 day Cycle with NO pregnancy. what happens on day 14
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secondary oocyte locked in Metaphase II is released (ovulation), yellow scar is formed called corpus luteum, corpus luteum becomes an endocrine gland which will produce progesterone, "the" hormone of pregnancy
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day 21 of cycle with NO pregnancy
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pituitary is producing high levels of RH which is causing the corpus luteum to produce high levels of progesterone
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day 28 of NO pregnancy
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falling levels of LH and progesterone cause a reduction of blood flow to the endometrium. without adequte O2 and glucose the endometrium dies (necrotic endometrium)
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day 1-5 of NO pregnancy
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necrotic endometrium and blood are released from body as menstrual flows
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High levels of progesterone feedback negatively on placenta shutting off what?
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chorionic gonadotropin
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during months 4-9, placenta produces
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progesterone
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during the 9th month, oxytocin released from posterior lobe of pituitary causes
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labor contractions and milk letdown
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Days 5-12 on menstrual cycle WITH pregnancy
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anterior lobe of pituitary gland releases FSH which causes all 440,000 primary oocytes to begin a developmental "race." estrogens are produced.
Day 12 high levels of FSH cause primary follicles to produce high levels of estrogens feedback negatively on the pituitary which results in FSH being shut off, resulting in estrogens to shut off. |
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Day 14 WITH pregnancy causes:
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1. ovulation 2. Formation of Corpus Luteum 3. CL to produce progesterone
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Day 21 WITH pregnancy
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High levels of progesterone produced by corpus luteum feedback negatively on the pituitary to shut off LH
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On Day 21 the zygote has done what?
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it has been carried by cilia to the uterus where it has implanted into the endometrium and formed the mother/baby connection
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any male with a sperm count of less than 20 million sperm per cc is called
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infertia
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as soon as placenta is formed it...
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begins to produce chorionic gonadotropins which take the place of LH to continue to stimulate the corpus luteum to produce the hormone of pregnancy
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anterior lobe of pituitary produces prolactin which stimulates...
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mammary glands to produce milk
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pregnancy tests test for
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the presence of chorionic gonadotropin
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extopic pregnancys result when
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the zygote implants at a site other than the endometrium of the uterus
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most common type of ectopic pregnancy
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tubal pregnancy
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taste buds are located on
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tongue, hard palate, soft palate, pharynx
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four kinds of taste buds
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sweet, sour, bitter, salty
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colored part of the eye
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iris
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white part of the eye
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sclera
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hollow area of the eye
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anterior chamber filled with aqueous humor= clear liquid
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clear part of the eye
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cornea
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the iris regulates
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amount of light that enters the eye
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the black hole of the eye is
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pupil
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the lens of the eye focuses
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the image onto the retina
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the ciliary body and suspensory ligaments change
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shape of lens for focusing
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Hypermetropia is caused by
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an eyeball that is too short (far sighted)
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Myopia is caused by
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an eyeball that is too long (near sighted)
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3 traits of photoreceptor cones
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1. found only in fovea.
2. responsible for color vision 3. only work well in bright light |
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What focuses the image onto the retina?
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lens
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Rods are found on the entire retina except for the
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fovea
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What color is the retina?
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beige
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the hole of the eye (which is black) is called the
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pupil
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the iris regulates
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the amount of light that enters the eye
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the colored part of the eye is called
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iris
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the clear part of the eye is called
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cornea
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the posterior chamber filled with clear jelly is called
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vitreous humor
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male accessory gland fluid contains:
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sugar for sperm motility
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as soon as placenta is formed, it begins to produce chorionic gonadotropins which take the place of LH to continue to stimulate the corpus luteum to produce the
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hormone of pregnancy
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human males produce ________ sperm per cc of ejaculate
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60 million
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high levels of progesterone feedback negatively on the pituitary which causes
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it to stop the production of LH
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NO pregnancy. What happens on Days 1-5
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necrotic endometrium and blood are released from body as menstrual flows
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NO pregnancy. What happens on Day 28
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falling levels of LH and progesterone cause a reduction of blood flow to the endometrium. without adequate O2 and glucose, the endometrium dies=necrotic endometrium
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NO pregnancy. What happens on Day 21
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pituitary is producing high levels of RH which is causing the corpus luteum to produce high levels of progesterone
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in the ovary, estrogens produce secondary sex characteristics of women such as
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breast development and rounded features
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in the testes, the testosterone hormone produces secondary sex characteristics such as
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muscle development, lower voice, and beard growth
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