Medical Terminology - Chapter 14 Endocrine System

Description

Endocrine System
angeline martin
Flashcards by angeline martin, updated more than 1 year ago
angeline martin
Created by angeline martin about 10 years ago
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Resource summary

Question Answer
Antagonisic Acting in opposition
electrolyte electrical charge in solution especially sodium, potasium and calcium
Glucagon storage form of glucose - produces by pancratic alpha cells
Insulin remove sugar from the blood by enabling cells to use glucose promoting storage in certain tissues as gycogen- produced by the pancreas beta cells
glucose 1. simple sugar - also called monosaccaride it is the end part of carbohydrate digestion 2. primary source of energy 3. saccharide- one of a series of carbs, including sugar
sympathomimetic mimics sympathetic nervous system
Hormones chemical messengers
Target of a hormone structure, organ, or tissue on which a hormone exerts its specific event
idiopathic pertaining to an unknown particular disease
mimic imitation of a certain effect
metabolism all chemical reactants in the body
steroid hormones hormones made of fat soluble organic compound (all are colesterol) are secreted by "3" steroid glands; adrenal cortex, testes and ovaries and placenta
Pituitary Hormones (Anterior) Master Gland (ACTH)- adrenocorticotropic- (FSH)- sollicle stimulating hormone- (GH) growth hormone- (LH) luteinizing hormone- Prolactin (PRL)- TSH thyroid stimulating hormone -
Pituitary Gland (Posterior) Master Gland (ADH)- anti-diuretic hormone - Oxytocin
Adrenal corticotropic (ACTH) Target or function and Disorder Function- Promotes section of corticosteroids especially cortisol Hypo= is rare Hyper= cushings disease
Follicle Stimulating Hormone (FSH) Target- Function- Disorder Target- Females = Ovaries stimulates egg production - Males= Testes- sperm production Hypo- failure of sexual maturation Hyper- has no significant effects
Growth Hormone (GH) Target -Regulates growth of bone, muscle and other body tissues - increase fats for energy Hypo- during childhood or puberty- dwarfism Hyper- during childhood causes gigantism- during adult acromegaly
Luteinizing Hormone (LH) Ovaries- ovulation- production of estrogen and progesterone - Testes- secretion of testosterone Hypo-causes poor lactation- causes failure of sexual maturation Hyper- has no known significance
Prolactin (PRL) Target- breast in conjunction with other hormones, promotes lactation Hyper-excessive secretion of milk (galactorrhea)
Thyroid Stimulating Hormone (TSH) Target and Disorders Target- regulation of calcium in the blood- secretion of thyroid hormones T3, T4 Hyper- in infants causes creatinism- in adults causes myxedema Hyper - Graves disease Target 2- Calcitonin reglulates calcium levels in blood- child changes size, mass in bones- adult hypocalemic agent
Anti-diuretic Hormone (ADH) (posterior pituitary gland hormone) Kidney- increases water re-absorption (water returns to the blood)
Oxytocin Posterior Pituitary Hormone Uterus- stimulates contractions; initiates labor - breast- promotes breast secretion from the mammary glands Hypo or hyper- Unknown
Parathyroid Hormone (PTH) Target: Bones- re-absorption of calcium and phosphate from bone to blood - kidney-absorption of calcium and phosphate excretions- small Intestines- absorption of calcium and phosphate Hypo= tetany Hyper= osteitis fibrosa cystica
Adrenocorticotropic ACTH -Minerealocorticoid- electrolytes -Aldosterone-sodium and water retention-blood K+ loss- Glucocorticoids- anti inflammatory Gonadcorticoids- testosterone and sex drive adrenal medulla (fight or flight)- adreneline, epinepherine, norepinepherine Hyper= cushings = buffalo hump, hypokalemia Hypo= Addisons confusion hyperkalemia
Pancreas- Glucagon Target and disorder Glucagon- liver and blood conversion of glycogen into glucose int he liver(glycogenolysis) and other nutients into glucose in the liver (gluconeogenesis) and releasing glucose into blood (glycogen to glucose) Hypo= cause persistently low blood glucose levels (hypoglycemia)
Pancreas Insulin Target and Disorder Tissue cells- lowers blood glucose levels by accelerating glucose transport into cells Hypo - insulin causes diabetes melitus Hyper- insulin causes hyperinsulinism
-in refers to chemical name
-oid a steroid compound; resembles
-physis growth or nourishment
cortic/o cortex or bark
-uria urine
natr/o sodium
adem/o gland
Tropic Tropin stimulate or turning
di double
lact/o milk
anti against
adren/o adena/o adrenal gland
calc/o calcium
crin/o secrete
gluc/o glyc/o glycos/o sugar, sweetness
home/o same/ alike
Kal/i potassium (an electrolyte)
pancreat/o pancreas
parathyroid/o parathyroid glands
thym/o thymus
pro before; or in from of
oxy sharp and quick
andr/o man
Thyr/o Thyroid/o Thyroid gland
toxic/o poison
-crine secrete
-dipsia thirst
-gen origin
-toxic pertaining to poison
-uria urine
eu good, normal
exo- outside, outward
hyper- excessive, above normal
hypo under or below
poly many, much
acromegaly chronic metabolic disorder thickening of bones- extremity enlargement
diuresis Increased formation and secretion of urine
glycosuria Abnormal amount of glucose in the urine
graves disease autoimmune disorder caused by hyper-thyroidism- eyes bulging
hirsutism excessive distribution of body hair; especially in women
hypercalcemia too much calcium in the blood
hyperkalemia too much potassium in the blood
hypervolemia abnormal increase of volume of blood plasma (liquid part of the lymphatic fluid) in the body
goiter enlargement of the thyroid gland caused by hypo and hyper conditions
creatinism hyposecretion of thyroxin (T4) in infants and can lead to sever physical and mental retardation
pan hypopituitaryism total pituitary impairment, brings on a progressive loss of all hormonal activity
hyponaturemia lower than normal sodium level in the blood
insulinoma tumor of the pancreas that makes the insulin and glucagon
Obesity excessive accumulation of fat 20% above normal body weight
Morbid Obesity 100 lbs over ideal body weight
pheochromocytoma small chromaffin cell tumor usually located in the adrenal medulla causing elevated heart rate and blood
Thyroid Storm uncontrolled hypothyroidism- thyroid crisis or thyroidtoxic crisis - increases metobolic change in heart
virilism masculinization or development of male secondary sex characteristics in a woman
virile masculine characteristics of a man
enuresis uncontrolled, involuntary discharge of urine- bed wetting
gestational diabetes diabetes during pregnancy
diabetes ketoacidosis life threatening complication of DM. occurs when the body cannot use sugar- glucose as a fuel because there is no insulin or not enough. Fat is used for fuel instead of by producing of fat breakdown called dytones and produces ketosis (increase level of keytones in the blood) build up causes increased acid also called diabetic acidosis or diabetic coma
exophthalmometry measurement of how far the eye balls stick out
parathyroidectomy excision of one or more of the thyroid glands, usually to control hyperparathyroidism
transsphenoidal hyophysectomy endoscopic procedure to remove a pituitary tumor through and incision in the sphenoid sinus (transsphenoidal) without disturbing brain tissue
Thymectomy excision of thymus gland
pinealectomy excision of pineal glandThyroid
Myxedema severe hypothyroidism- dermalogical changes
thyroidectomy excision and removal of part or all of the thyroid gland
fasting blood sugar measures glucose levels in the blood, following a fasting of at least 8 hours
glucose tolerance test screening in which a dose of glucose is administered and blood samples are taken afterward at regular intervals to determine how quickly glucose is cleared from the blood
Insulin tolerance test test that measure the body's response to low blood sugar level caused by administering insulin in a vein- it determines the levels of cortisol and GH made in response to the low blood sugar
Thyroid Function Test Measures levels of TSH,T4 and T3
Total Calcium Test test that measures calcium in blood to detect bone and parathyroid disorders
CT Scan imaging technique that rotates and x-ray emitter around the area to be scanned and measures the intensity of transmitted rays for different angles
MRI- magnetic resonance imaging imaging using radio waves and a strong magnetic field rather than and x-ray beam, to produce a cross sectional image
radioactive iodine uptake (RAIU) administration of radioactive iodine as a tracer to test how quickly the thyroid gland takes up (uptake) iodine from he blood
Thyroid scan Images of thyroid gland are obtained after oral or intravenous administration of a small dose of radioactive iodine
Antidiuretics reduce or control excretion of urine
antithyroids treat hypertension by impeding the formation of T3 and T4 hormones
Corticoids replace hormones lost in adrenal insufficiency (Addisons) disease
growth hormone replacement increase skeletal growth in children and growth hormone deficiencies in adults
insulins lowers blood glucose, promotes its entrance into body cells and converts glucose to glycogen
oral antidiabetics treat type 2 diabetes mellitus by stimulating the pancreas to produce more insulin and decrease peripheral resistance to insulin
Thyroid supplements replace or supplement thyroid hormones
ACTH Adrenocorticotropic hormone
ADH Anti diuretic hormone
DI diabetes insipidus
DKA Diabetic Ketoacidosis
DM Diabetes Mellitus
FBS fasting blood sugar
FSH Follicle stimulating hormone
GH growth hormone
GTT Glucose Tolerance Test
K Potassium (electrolyte)
LH Luteinizing hormone
PRL Prolactin
PTH Parathyroid Hormone
T3 triiodothyronine
T4 Thyroxine
TFT Thyroid Function Test
TSH Thyroid Stimulating hormone
BMR Base Metabolic Rate
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