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Endocrine and Repro
VASOM Study Guide for Endocrine and Reproductive System
| Question | Answer |
|---|---|
| Diabetes Insipidus | Hyposecretion of ADH |
| Osteoporosis | Hyposecretion of Estrogen |
| Hypercalcemia | Hyposecretion of Calcitonin |
| The Posterior Pituitary Gland is AKA | The neurohypophysis |
| A Hormone that stimulates another endocrine gland to grow and secrete it's hormones | A Tropic Hormone |
| T3 and T4 cannot be released w/o this | Thyroid Stimulating Hormone (TSH) |
| ACTH is | Adrenocorticotropic Hormone |
| This hormone stimulates the development of and egg follicle in women and sperm cells in men | The Follicle Stimulating Hormone (FSH) |
| This hormone stimulates the development of corpus luteum | The Luteinizing Hormone (LH) |
| The function of the endocrine system | Communication and control to maintain homeostasis |
| The glands that release their substances through ducts into cavities or onto surfaces | Exocrine glands |
| This gland produces ADH and Oxytocin | The Hypothalimus |
| Another name for tissue hormones | Prostaglandins |
| This mechanism amplifies changes in response to a stimulus | Positive Feedback Mechanism |
| Gland that produces most of the hormones in the endocrine system | Anterior Pituitary Gland |
| Hormones that are released by the posterior Pituitary Gland | ADH and Oxytocin |
| Hormone that stimulates breast development during pregnancy | Prolactin |
| Hormone that affects the skin and the Adrenal Cortex | Melanocyte Stimulating Hormone (MSH) |
| Hormone that promotes normal development of all body cells in children | The Growth Hormone (GH) |
| Organ affected by ADH | Kidneys |
| Organ(s) affected by Melatonin | Ovaries and Optic Nerve |
| These protien hormones deliver to cell membrane receptors via "lock and key" mechanisms | First Messengers |
| Class of hormones requiring a second messenger | Protien Hormones |
| The "G" protien changes __?__ into cAMP | ATP |
| A second messenger that delivers info inside the cell that regulates the cell's activities | cAMP |
| Hypoglycemia | Hypersecretion of Insulin |
| Hormone class that does not require a second messenger | Steroid Hormone |
| Organ(s) affected by Thymosin | All organs of the immune system |
| Organ(s) affected by Glucagon | The Liver |
| Organ(s) affected by Oxytocin | The Uterus and Breasts |
| Graves Disease is the: | Hypersecretion of T3 and T4 |
| The "stress effects" are caused by: | Hypersecretion of epinephrine and norepinephrine |
| Increased water retention is caused by | Hypersecretion of aldosterone (mineralocorticoids) |
| Hypersecretion of the APP releases too much | Releasing and Inhibiting Hormones |
| The maculinizing hormone | Testosterone |
| The 3 parts of sperm | Head, Midpiece, and Tail |
| The Bulbourethral Gland is AKA | The Cowper's Gland |
| An organ consisting of 2 dorsal columns called corpora cavernosa and 1 ventral column called corpus spongiosm | The Penis |
| Sperm are formed in the | Seminiferous Tubules |
| The primary organ of the female reproductive system | The Ovaries |
| A woman's first period | Menarche |
| Hormone that stimulates uterine contractions | Oxytocin |
| The immature stage of a female sex cell | Oocyte |
| The layers of the uterus from inside out | Endometrium, Myometrium, and Perimetrium |
| Structure that releases mostly progesterone and small amounts of estrogen | The Corpus Luteum |
| The 2 organs that produce androgens | The Testes and Adrenal Cortex |
| The "Turkish Saddle" is AKA | The Sella Tursica |
| The pine-cone shaped gland located in the brain | The Pineal Gland |
| Structure that releases Chorionic Hormones | The Placenta |
| Diabetes Mellitis is caused by | Hyposecretion of insulin |
| Addison's Disease is caused by | Hyopsecretion of Glucocorticoid Hormones (Cortisol) |