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Stack #193383
Assessment of the Endocrine System Chpt 37
| Question | Answer |
|---|---|
| Hormone | |
| Occuring during the day | Diurnal |
| Caused by treatment; med-related side effects | Iatrogenic |
| Milk secretion not associated with childbirth or nursing | Galactorrhea |
| Having a dopamine-like effect | Dopaminergic |
| Decreased secretion of sex hormones by the ovaries or testes | Hypogonadism |
| Urinary sodium excretion | Natriuresis |
| Excesive water loss from the body | Polyuria |
| Excessive or abnormal thirst | Polydipsia |
| Forward projection or displacement especially of the eyeball | Proptosis |
| Abnormal protrusion of the eyeball | Exophthalmos |
| Severe hypothyroidism characterized by firm inelastic edema, dry skin & hair, loss of mental & physical vigor | Myxedema |
| Characterized by normal thyroid function | Euthyroid |
| TSH stimulates the thyroid gland to secrete? | Thyroxine T4 & Triiodothyronine T3 |
| Physiologic levels of hormones are determined by: | amount of hormone produced, intact transport system, adequate receptors, feedback systems, metabolic degradation of hormone |
| Hormone release is influenced by: | Negative feedback systems, intrinsic rhythmicity, the nervous system, excretion, & metabolism. |
| Time period for measuring TSH levels | 6-8 weeks |
| Cortisol levels are highest at what time? | Highest in morning |
| Growth Hormone levels peak at what time? | Highest at night |
| The kidneys & liver are primarily responsible for: | Hormonal inactivation & excretion |
| A benign tumor of a glandular structure or origin; produces hormones-mostly Cortisol | Adenoma |
| Hormones may be transported by the circulatory system either in a: | Free state or bound to plasma proteins. |
| Synthroid should be given at what time of day? | Morning |
| The hypothalamus controls the: | Posterior & Anterior pituitary glands |
| The posterior pituitary gland stores & releases 2 hormones: | Antidiuretic hormone(ADH)Vasopressin & Oxytocin |
| Iodine is necessary for the synthesis of what hormone? | Thyroid hormone |
| The follicular cell is the function unit of the thyroid is responsible for production of | T4 & T3 |
| Serum calcium levels influence the release of | Calcitionin; maintains normal levels |
| Parathyroid gland produces PTH, which regulates | Calcium levels in the blood; by bones & kidneys |
| Calcitonin & vitamin D are also involved in: | Calcuim regulation; can effect heart |
| Adrenal Gland produces | Glucocorticoids & Mineralocorticoids in response to stress; critical for life. |
| Adrenal Medulla produces | Epinephrine & Norephinephrine |
| The pancreas secretes | Glucagon, Insulin, Somatostatin, & Pancreatic Polypeptide |
| Actions of Somatostatin: | Inhibits gastric motility & emptying, gallbladder contraction; intestinal absorption of fats, amino acids, glucose, & other nutrients |
| Somatostatin helps | maintain glucose homeostasis in nondiabetic people |
| Synthetic somatostatin is used to treat | Acromegaly |
| Hormonal changes assoc. with aging: | Changes in hormone clearance, reduction in cellular responsiveness to certain hormones, changes in nutritional satus, physical activity, & body composition. |
| Hormones that affect energy levels | T4, T3, Testosterone, & GH |
| Addison's disease | destructive dz marked by deficient adrenocortical secretion & characterized by extreme weakness, weightloss, low BP, GI disturbances, & brownish pigmentation of the skin & mucous membranes |
| Physical Exam should focus on | pigmentation, skin texture, growth patterns, & visual fields |
| Hypothalamus releases ADH in response to: | Changes in osmolality & body water volume |
| secreted by anterior lobe of the pituitary gland; stimulates the contraction of uterine muscle & the secretion of milk | Oxytocin |
| The difference between T4 & T3: | A change in the molecule |
| Bound to Iodine | T3- Triidothyronine |
| Parathyroid works to increase what level | Calcuim |
| Access fluid intake | Polydipsia |