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Endocrine + Hormones
| Term | Definition |
|---|---|
| positive | _____________ feedback is the mechanism used to stimulate a condition through an action |
| negative | _____________ feedback is the mechanism which seeks to lessen a condition through an action |
| endocrine | the ___________ system releases hormones into the body’s general circulation, most often through blood, to affect other cells or tissues at a distance |
| autocrine | ___________ signaling is the mechanism in which a signaling molecule is released to affect the same cell or tissue |
| paracrine | ___________ signaling is the mechanism in which a signaling molecule is released to affect a neighboring cell or tissue. |
| peptide | __________ hormones: - polar - water-soluble --> freely move about bloodstream - membrane-impermeable --> require receptor on extracellular side - like short protein --> generally end in "tin" |
| steroid | __________ hormones - non-polar - not water-soluble --> need protein transport molecule in blood - membrane-permeable - cholesterol derivative --> ends in "ol" or "one" |
| tyrosine derivative | __________ __________ hormones: - non-polar --> require protein transport molecule in blood - lipid soluble - very small |
| peptide | hormones in the anterior pituitary are ________ hormones |
| peptide | hormones in the posterior pituitary are _________ hormones |
| peptide | hormones found in the parathyroid are __________ hormones |
| peptide | hormones found in the pancreas are ___________ hormones |
| peptide, tyrosine derivative | hormones found in the thyroid are ___________ hormones or __________ ___________ hormones |
| steroid | hormones found in the adrenal cortex are __________ hormones |
| steroid | hormones found in the gonads are ____________ hormones |
| tyrosine derivative | hormones found in the adrenal medulla are ________ _________ hormones |
| anterior pituitary | FSH is released from the _________ _________ |
| ovaries/testes | FSH targets the ________/__________ |
| FSH, LH | ________ and _______regulate oogenesis and spermatogenesis |
| ovaries/testes | LH targets the _________/___________ |
| anterior pituitary | LH is released from the __________ ___________ |
| anterior pituitary | ACTH is released from the __________ ___________ |
| adrenal cortex | ACTH targets the ________ |
| ACTH | ____________ stimulates secretion of glucocorticoids |
| anterior pituitary | TSH is released from the __________ _________ |
| thyroid | TSH targets the ________ |
| TSH | ___________ stimulates secretion of T3 and T4 |
| anterior pituitary | prolactin is released from the ___________ _________ |
| mammary glands | prolactin targets the __________ __________ |
| prolactin | __________ stimulates milk production |
| anterior pituitary | endorphins are released by the ___________ _________ |
| anterior pituitary | growth hormones (GH) are released by the ____________ _________ |
| bone/muscle | GH targets _______/_________ |
| GH | ____________ stimulates growth and development |
| posterior pituitary | ADH is released by the ________ _________ |
| kidneys | ADH targets the _________ |
| ADH | __________ increases reabsorption of water |
| posterior pituitary | oxytocin is released by the ___________ ___________ |
| mammary glands | oxytocin targets the _________ _________ |
| oxytocin | ___________ affects milk letdown |
| parathyroid | PTH is released by the _________ |
| bone | PTH targets __________ |
| PTH | ______________ increases the Ca2+ concentration in blood |
| pancreas, alpha | glucagon is released by the _________, specifically ______-cells |
| liver | glucagon targets the _____ |
| increases | glucagon ______________ blood glucose levels |
| pancreas, beta | Insulin is released by the ___________, specifically ________-cells |
| liver/muscle | insulin targets the _______/__________/fat |
| decreases | insulin ___________ blood glucose levels |
| thyroid | calcitonin is released from the ___________ |
| bone | calcitonin targets __________ |
| calcitonin | ___________ decreases the Ca2+ concentration in blood |
| glucocorticoid | cortisol is a type of ________________ |
| adrenal cortex | cortisol is released from the ___________ __________ |
| increases | cortisol _____________ blood glucose levels |
| adrenal cortex | aldosterone is released from the __________ ___________ |
| kidney | aldosterone targets the _________ |
| aldosterone | ____________ increases reabsorption of Na+ and excretion of K+ |
| ovaries | estrogen is released by the ___________ |
| uterus | estrogen targets the ____________ |
| estrogen | ____________ affects the menstrual cycle and secondary sex characteristics |
| ovaries | progesterone is released by the ____________ |
| uterus | progesterone targets the _____________ |
| progesterone | _______________ affects the menstrual cycle and pregnancy |
| testes | testosterone is released by the ___________ |
| testes | testosterone targets the ________ |
| testosterone | ____________ affects spermatogenesis and secondary sex characteristics |
| thyroid | T3 and T4 are released from the ___________ |
| T3, T4 | ________ and _________ increase cellular metabolism |
| adrenal medulla | epinephrine is released by the ___________ __________ |
| blood vessels/heart/liver | both epinephrine and norepinephrine target ______ _________/_____/_________ |
| epinephrine, norepinephrine | ____________ and ______________ increase blood glucose and vasoconstriction |
| pineal gland | melatonin is released by the ________ _________ |
| body | melatonin targets the whole __________ |
| melatonin | _____________ affects circadian rhythm |