front 1 what is the target organs for glucagon? | back 1 liver |
front 2 where are the adrenal glands located | back 2 above the kidneys |
front 3 how do hormones and neurotransmitters differ? | back 3 hormones are secreted by endocrine glands, and nts are secreted from axon |
front 4 on which feedback mechanism does insulin operate? | back 4 negative |
front 5 which hormone needs iodine for production | back 5 thyroxine |
front 6 which gland or organ secretes releasing and inhibitory hormones controlling the master gland? | back 6 hypothalamus |
front 7 where is the pancreas located | back 7 abdomen |
front 8 what directly influences the production of testosterone | back 8 lutenizing hormone |
front 9 which gland is at its greatest size and efficiency in childhood fighting?? | back 9 thymus |
front 10 what is the target organ for acth | back 10 adrenals |
front 11 what is true about hormones | back 11 effects are long lasting |
front 12 what chemical when secreted into the blood stream controls the metabolic process of target cells | back 12 hormone |
front 13 steroid hormones are very powerful because they | back 13 interact directly with dna |
front 14 which of the following is true of hormones | back 14 they affect distant targets |
front 15 which of the following organs is not a primary endocrine organ though it secretes hormones | back 15 kidney |
front 16 why can steroids pass into the cell when other hormones cannot? | back 16 lipids can pass through cell membranes |
front 17 short range hormones that are formed rapidly and act only in the immediate area are | back 17 prostaglandins |
front 18 which of the following is not typically a way that hormone levels are regulated | back 18 positive feedback |
front 19 the ideal value for a body characteristic is called the | back 19 set point |
front 20 ____ feedback enhances a change in body chemistry | back 20 positive |
front 21 if hormone is under humoral control, what controls the hormone | back 21 negative feedback |
front 22 what hormone is involved in childbirth that is an example of positive feedback | back 22 oxytocin |
front 23 released form the posterior pituitary | back 23 oxytocin |
front 24 the ___ is controlled by the hormones from the hypothalamus, and the _____ actually secretes hypothalamic hormones | back 24 anterior pituitary, posterior pituitary |
front 25 this gland, under orders from the hypothalamus, releases hormones that control other endocrine glands | back 25 anterior pituitary |
front 26 which gland does acth control | back 26 adrenal gland |
front 27 insulin ____ blood sugar, where as glucagon ____ blood sugar | back 27 lowers, raises |
front 28 excess secretion of hormones from this gland can cause rapid heart beat, high blood pressure and anxiety | back 28 thyroid |
front 29 these 2 hormones secreted by the thyroid and parathyroid glands control blood calcium | back 29 calcitonin and parathyroid hormone |
front 30 caused by autoimmune destruction of the pancreas | back 30 type 1 diabetes |
front 31 adh stands for | back 31 antidiuretic hormone |
front 32 the master gland is the | back 32 pituitary |
front 33 the thymus glands main function is for | back 33 immunity |
front 34 the pineal gland is located in on the | back 34 brain |
front 35 glucagon performs the opposite action of | back 35 insulin |
front 36 which hormone antagonizes glucagon | back 36 insulin |
front 37 where is melanocyte stimulating hormone produced | back 37 anterior pituitary |
front 38 the diencephalon is home to he | back 38 hypothalamus |
front 39 parathyroid hormone targets the | back 39 bone |
front 40 corticotrophin releasing hormone | back 40 hypothalamus |
front 41 prolactin | back 41 anterior pituitary |
front 42 oxytocin | back 42 posterior pituitary |
front 43 antidiuretic hormone | back 43 posterior pituitary |
front 44 growth hormone | back 44 anterior pituitary |
front 45 thyrotropin releasing hormone | back 45 hypothalamus |
front 46 thyroid stimulating hormone | back 46 anterior pituitary |
front 47 follicle stimulating hormone | back 47 anterior pituitary |
front 48 testosterone | back 48 control secondary sexual characteristics in the male |
front 49 thymosin | back 49 immune system, causes maturation of wbcs |
front 50 estrogen | back 50 controls reproduction in the female |
front 51 epinephrine | back 51 flight or fight response |
front 52 progesterone | back 52 controls sexual reproduction in female |