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		<title>Endocrine System Flashcards</title>
		<link>https://billsbrain.net/endocrine-system-flashcards/</link>
					<comments>https://billsbrain.net/endocrine-system-flashcards/#respond</comments>
		
		<dc:creator><![CDATA[William]]></dc:creator>
		<pubDate>Fri, 10 Jul 2015 15:52:24 +0000</pubDate>
				<category><![CDATA[Flashcards]]></category>
		<category><![CDATA[Endocrine flashcards]]></category>
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					<description><![CDATA[Endocrine 1 [qdeck] Endocrine glands &#8211; define[a]These glands are ductless and secrete hormones into blood. Exocrine glands &#8211; define[a]These glands secrete their products into ducts that lead to a body area. (sweat, salivary glands) Pancreas &#8211; functions[a]This unusual gland is &#8230; <a href="https://billsbrain.net/endocrine-system-flashcards/">Continue reading <span class="meta-nav">&#8594;</span></a>]]></description>
										<content:encoded><![CDATA[
<p>Endocrine 1 [qdeck] </p>


<p>[q]</p>



<p>Endocrine glands &#8211; define[a]These glands are ductless and secrete hormones into blood.<br></p>


<p>[q]</p>



<p>Exocrine glands &#8211; define[a]These glands secrete their products into ducts that lead to a body area. (sweat, salivary glands)<br></p>


<p>[q]</p>



<p>Pancreas &#8211; functions[a]This unusual gland is both exocrine and endocrine<br></p>


<p>[q]</p>



<p>Hormones &#8211; define[a]These chemical substances are secreted by cells into extracellular fluids to regulate metabolism of other cells in the body.<br></p>


<p>[q]</p>



<p>Synergism &#8211; define[a] This process describes hormones working together to produce a stronger effect.<br></p>


<p>[q]</p>



<p>Antagonism &#8211; define[a]This process describes when hormones have opposite effects<br></p>


<p>[q]</p>



<p>Humoral change, neural &amp; other hormonal stimulation &#8211; function[a]These stimuli will cause the release of hormones <br></p>


<p>[q]</p>



<p>Pituitary &#8211; define[a] This is the &#8220;master gland&#8221; of the endocrine system<br></p>


<p>[q]</p>



<p>Infundibulum &#8211; define[a] This structure attaches the pituitary to the hypothalamus<br></p>


<p>[q]</p>



<p>Adenohypophysis &#8211; define[a]anterior lobe of the pituitary<br></p>


<p>[q]</p>



<p>Neurohypophysis &#8211; define[a]posterior lobe of the pituitary<br></p>


<p>[q]</p>



<p>Pituitary &#8211; location[a] sella turcica<br></p>


<p>[q]</p>



<p>Thyroid &#8211; location[a] on the larynx<br></p>


<p>[q]</p>



<p>Parathyroid glands &#8211; location[a] behind the thyroid<br></p>


<p>[q]</p>



<p>Adrenal Glands &#8211; location[a]on the kidneys<br></p>


<p>[q]</p>



<p>Pineal &#8211; location[a]roof of the third ventricle<br></p>


<p>[q]</p>



<p>Thymus &#8211; location[a] mediastinum<br></p>


<p>[q]</p>



<p>Ovaries &#8211; location[a]in the pelvis<br></p>


<p>[q]</p>



<p>Testes &#8211; location[a] scrotum <br></p>


<p>[q]</p>



<p>Pancreas &#8211; location[a]behind the stomach<br></p>


<p>[q]</p>



<p>Gigantism &amp; Acromegaly &#8211; cause[a] oversecretion of Growth Hormone (GH)<br></p>


<p>[q]</p>



<p>Pituitary dwarfism &#8211; cause[a]undersecretion of Growth Hormone (GH)<br></p>


<p>[q]</p>



<p>Grave’s Disease  (Hyperthyroidism)- cause[a] oversecretion of T3 and T4<br></p>


<p>[q]</p>



<p>Hypothyroidism &#8211; cause[a] undersecretion of T3 and T4<br></p>


<p>[q]</p>



<p>Goiter &#8211; cause[a]lack of iodine<br></p>


<p>[q]</p>



<p>Cushing’s Syndrome &#8211; cause[a] hypersecretion of cortisol<br></p>


<p>[q]</p>



<p>Addison’s Disease &#8211; cause[a] hyposecretion of both aldosterone and cortisol<br></p>


<p>[q]</p>



<p>Diabetes mellitus &#8211; cause[a] hyposecretion of or insensitivity to insulin<br></p>


<p>[q]</p>



<p>Seasonal Affective Disorder &#8211; cause[a]Which condition is the result of hypersecretion of melatonin in the winter</p>



<p>   [/qdeck]</p>



<p> Endocrine 1 reversed [qdeck] </p>


<p>[q]</p>



<p>Which type of glands are ductless and secrete hormones into blood?[a]Endocrine glands    <br></p>


<p>[q]</p>



<p>Which type of glands secrete their products into ducts that lead to a body area? (sweat, salivary glands)[a]Exocrine glands    <br></p>


<p>[q]</p>



<p>Which unusual gland is both exocrine and endocrine?[a]Pancreas    <br></p>


<p>[q]</p>



<p>Which type of chemical substances are secreted by cells into extracellular fluids to regulate metabolism of other cells in the body[a]Hormones <br></p>


<p>[q]</p>



<p>Which process describes hormones working together to produce a stronger effect?[a]Synergism<br></p>


<p>[q]</p>



<p>Which process describes when hormones have opposite effects?[a]Antagonism<br></p>


<p>[q]</p>



<p>Which type of stimuli will cause the release of hormones?[a]Humoral change, neural &amp; other hormonal stimulation<br></p>


<p>[q]</p>



<p>Which gland is the &#8220;master gland&#8221; of the endocrine system?[a]Pituitary<br></p>


<p>[q]</p>



<p>Which structure attaches the pituitary to the hypothalamus?[a]Infundibulum<br></p>


<p>[q]</p>



<p>Which structure composes the anterior lobe of the pituitary?[a]Adenohypophysis <br></p>


<p>[q]</p>



<p>Which structure composes the posterior lobe of the pituitary?[a]Neurohypophysis<br></p>


<p>[q]</p>



<p>How many hormones does the anterior lobe of the pituitary make?[a] 7 hormones<br></p>


<p>[q]</p>



<p>How many hormones does the posterior lobe of the pituitary make?[a]2 hormones &#8211;<br></p>


<p>[q]</p>



<p>Which gland is located in the sella turcica?[a]Pituitary<br></p>


<p>[q]</p>



<p>Which gland is located on the larynx?[a]Thyroid<br></p>


<p>[q]</p>



<p>Which glands are located behind the thyroid?[a]Parathyroid gland<br></p>


<p>[q]</p>



<p>Which glands are located on the kidneys?[a]Adrenal Glands <br></p>


<p>[q]</p>



<p>Which gland is located on the roof of the third ventricle?[a]Pineal <br></p>


<p>[q]</p>



<p>Which gland is located in the mediastinum?[a]Thymus <br></p>


<p>[q]</p>



<p>Which female glands are located in the pelvis?[a]Ovaries <br></p>


<p>[q]</p>



<p>Which glands are located in the scrotum[a]Testes &#8211; location<br></p>


<p>[q]</p>



<p>Which gland is located behind the stomach?[a]Pancreas &#8211; location<br></p>


<p>[q]</p>



<p>Which conditions are the result of an oversecretion of Growth Hormone? (GH)[a]Gigantism &amp; Acromegaly <br></p>


<p>[q]</p>



<p>Which condition is the result of undersecretion of Growth Hormone? (GH)[a]Pituitary dwarfism <br></p>


<p>[q]</p>



<p>Which condition is the result of oversecretion of T3 and T4[a]Hyperthyroidism<br></p>


<p>[q]</p>



<p>Which condition is the result of undersecretion of T3 and T4?[a]Grave’s Disease (hypothtroidism)<br></p>


<p>[q]</p>



<p>Which condition is the result of lack of iodine?[a]Goiter <br></p>


<p>[q]</p>



<p>Which syndrome is the result of hypersecretion of cortisol?[a]Cushing’s Syndrome<br></p>


<p>[q]</p>



<p>Which disease is the result of hyposecretion of cortisol?[a]Addison’s Disease<br></p>


<p>[q]</p>



<p>Which disease is the result of hypersecretion of or insensitivity to insulin?[a]Diabetes mellitus<br></p>


<p>[q]</p>



<p>Which condition is the result of hypersecretion of melatonin in the winter?[a]Seasonal Affective Disorder</p>



<p>   [/qdeck] </p>



<p> Endocrine 2 triggers [qdeck]  </p>


<p>[q]</p>



<p>Low levels of GH, exercise, low blood glucose level&#8217;s (BGL) &#8211; trigger release of[a] Growth Hormone (GH)<br></p>


<p>[q]</p>



<p>Low levels of thyroid hormone &#8211; triggers release of[a]Thyroid Stimulation Hormone (TSH)<br></p>


<p>[q]</p>



<p>Stress, illness, injury, low levels of glucocorticoids &amp; low Blood Glucose Level&#8217;s (BGL) &#8211; trigger release of[a] Adrenocorticotropic Hormone(ACTH)<br></p>


<p>[q]</p>



<p>Low levels of estrogen or testosterone &#8211; triggers release of[a]Follicle Stimulating Hormone (FSH) and Lutenizing Hormone (LH)<br></p>


<p>[q]</p>



<p>UV Radiation &#8211; triggers release of[a] Melanocyte Stimulating Hormone (MSH)<br></p>


<p>[q]</p>



<p>Increased blood osmolarity &#8211; triggers release of[a] Antidiuretic Hormone (ADH)<br></p>


<p>[q]</p>



<p>Stimulation of the cervix or nipple &#8211; triggers release of[a] Oxytocin<br></p>


<p>[q]</p>



<p>Low levels of thyroid hormone, pregnancy, prolonged cold &#8211; triggers release of[a]Thyroxine<br></p>


<p>[q]</p>



<p>Increase in blood calcium levels &#8211; triggers release of[a]Calcitonin<br></p>


<p>[q]</p>



<p>Decrease in blood calcium levels &#8211; triggers release of[a]Parathyroid Hormone<br></p>


<p>[q]</p>



<p>Angiotensin II &#8211; triggers release of[a] Aldosteron<br></p>


<p>[q]</p>



<p>Adrenocorticotropic Hormone (ACTH) &#8211; triggers release of[a] Cortisol<br></p>


<p>[q]</p>



<p>The Sympathetic NS &#8211; triggers release of[a] Epinephrine<br></p>


<p>[q]</p>



<p>Low Blood Glucose Level&#8217;s (BGL) &#8211; triggers release of[a] Glucagon<br></p>


<p>[q]</p>



<p>High Blood Glucose Level&#8217;s (BGL) &#8211; triggers release of[a] Insulin<br></p>


<p>[q]</p>



<p>Follicle Stimulating Hormone (FSH) &#8211; causes production of[a] Estrogen<br></p>


<p>[q]</p>



<p>Lutenizing Hormone (LH) &#8211; causes production of[a] Progesterone<br></p>


<p>[q]</p>



<p>Interstitial Cell Stimulating Hormone (ICSH) &#8211; triggers release of[a] Testosterone<br></p>


<p>[q]</p>



<p>Darkness &#8211; triggers release of[a]Melatonin<br></p>


<p>[q]</p>



<p>Low BP &amp; Blood volume &#8211; trigger release of[a] Renin<br></p>


<p>[q]</p>



<p>Hypoxia &#8211; triggers release of[a] Erythropoietin<br></p>


<p>[q]</p>



<p>Food, caffiene, alcohol &amp; stretch of stomach &#8211; trigger release of[a] Gastrin<br></p>


<p>[q]</p>



<p>Acidic food entering small intestine &#8211; triggers release of[a]of Secretin<br></p>


<p>[q]</p>



<p>Fatty food entering small intestine &#8211; triggers release of[a]Cholecystokinin<br></p>


<p>[q]</p>



<p>Increased blood volume &#8211; triggers release of[a] Atrial Natriuretic Peptide<br></p>


<p>[q]</p>



<p>the embryo &#8211; triggers release of[a] Human Chorionic Gonadotropin<br></p>


<p>[q]</p>



<p>Pregancy &#8211; triggers release of[a] Relaxin</p>



<p>  [/qdeck] </p>



<p> Endocrine 2 triggers reversed [qdeck] </p>


<p>[q]</p>



<p>Which conditions trigger release of Growth Hormone? (GH)[a]Low levels of GH, exercise, blood glucose level&#8217;s (BGL)<br></p>


<p>[q]</p>



<p>Which condition triggers release of Thyroid Stimulation Hormone? (TSH)[a]Low levels of thyroid hormone <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Adrenocorticotropic Hormone? (ACTH)[a]Stress, illness, injury, low levels of glucocorticoids &amp; low Blood Glucose Level&#8217;s (BGL) <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Follicle Stimulating Hormone and Lutenizing Hormone? (FSH)[a]Low levels of estrogen or testosterone <br></p>


<p>[q]</p>



<p>Which condition triggers release of Melanocyte Stimulating Hormone? (MSH)[a]UV Radiation <br></p>


<p>[q]</p>



<p>Which condition triggers release of Antidiuretic Hormone? (ADH)[a]increased blood osmolarity<br></p>


<p>[q]</p>



<p>Which conditions trigger release of Oxytocin?[a]Stimulation of the cervix or nipple <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Thyroxine?[a]Low levels of thyroid hormone, pregnancy, prolonged cold <br></p>


<p>[q]</p>



<p>Which condition triggers release of Calcitonin?[a]Increase in blood calcium levels <br></p>


<p>[q]</p>



<p>Which condition triggers release of Parathyroid Hormone?[a]Decrease in blood calcium levels <br></p>


<p>[q]</p>



<p>Which condition triggers release of Aldosterone?[a]Angiotensin II <br></p>


<p>[q]</p>



<p>Which hormone triggers release of Cortisol?[a]Adrenocorticotropic Hormone (ACTH) <br></p>


<p>[q]</p>



<p>Which system triggers release of Epinephrine?[a]The Sympathetic NS <br></p>


<p>[q]</p>



<p>Which condition triggers release of Glucagon?[a]Low Blood Glucose Level&#8217;s (BGL) <br></p>


<p>[q]</p>



<p>Which condition triggers release of Insulin?[a]High Blood Glucose Level&#8217;s (BGL) <br></p>


<p>[q]</p>



<p>Which hormone triggers release of Estrogen?[a]Follicle Stimulating Hormone (FSH) <br></p>


<p>[q]</p>



<p>Which hormone triggers release of Progesterone?[a]Lutenizing Hormone (LH) <br></p>


<p>[q]</p>



<p>Which hormone triggers release of Testosterone?[a]Interstitial Cell Stimulating Hormone (ICSH) <br></p>


<p>[q]</p>



<p>Which condition triggers release of Melatonin?[a]Darkness <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Renin?[a]Low BP &amp; Blood volume <br></p>


<p>[q]</p>



<p>Which condition triggers release of Erythropoietin?[a]Hypoxia<br></p>


<p>[q]</p>



<p>Which hormone triggers release of Calcitriol?[a]Parathyroid Hormone (PTH) <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Gastrin?[a]Food, caffiene, alcohol &amp; stretch of stomach <br></p>


<p>[q]</p>



<p>Which conditions trigger release of Secretin?[a]Acidic food entering small intestine <br></p>


<p>[q]</p>



<p>Which condition triggers release of Cholecystokinin?[a]Fatty food entering small intestine<br></p>


<p>[q]</p>



<p>Which condition triggers release of Atrial Natriuretic Peptide?[a]Increased blood volume and pressure<br></p>


<p>[q]</p>



<p>Which condition &amp; structure triggers release of Human Chorionic Gonadotropin?[a]Pregancy &amp; the embryo <br></p>


<p>[q]</p>



<p>Which condition triggers release of Relaxin?[a]Pregancy </p>



<p>   [/qdeck] </p>



<p> Endocrine 3 actions [qdeck] </p>


<p>[q]</p>



<p>Growth Hormone (GH) &#8211; action[a]This hormone causes lengthening of bone increase in muscle mass &amp; blood glucose levels. (BGL)<br></p>


<p>[q]</p>



<p>Thyroid Stimulation Hormone (TSH) &#8211; action[a]This hormone causes production of Thyroid hormone.<br></p>


<p>[q]</p>



<p>Adrenocorticotropin Hormone (ACTH)- action[a]This hormone causes secretion of Glucocorticoid hormones.<br></p>


<p>[q]</p>



<p>Follicle Stimulating Hormone (FSH)- action[a]This hormone causes spermatogenesis in men and maturation of the ova in women.<br></p>


<p>[q]</p>



<p>Prolactin (PRL) &#8211; action[a]This hormone causes production of breast milk.<br></p>


<p>[q]</p>



<p>Melanocyte Stimulating Hormone (MSH) &#8211; action[a]This hormone causes increase in skin pigment.<br></p>


<p>[q]</p>



<p>Lutenizing Hormone (LH) &#8211; action[a]This hormone causes testosterone production in men and ovulation in women.<br></p>


<p>[q]</p>



<p>Antidiuretic Hormone (ADH)- action[a]This hormone causes increased reabsorption of water in the kidneys and therefore less urine production.<br></p>


<p>[q]</p>



<p>Oxytocin (OT) &#8211; action[a]This hormone causes uterine contraction and milk letdown.<br></p>


<p>[q]</p>



<p>Thyroxine (T4) &#8211; action[a]This hormone increases basal metabolic rate, promotes glycogenolysis &amp; has calorigenic (heat producing) effect.<br></p>


<p>[q]</p>



<p>Calcitonin (CT) &#8211; action[a]This hormone causes calcium to be moved from the blood to the bones.<br></p>


<p>[q]</p>



<p>Cortisol &#8211; action[a]This hormone causes increase in BGL and is an antiinflammatory.<br></p>


<p>[q]</p>



<p>Aldosterone &#8211; action[a]This hormone causes an increase in Na+ reabsorbtion and blood pressure.<br></p>


<p>[q]</p>



<p>Parathyroid Hormone (PTH) &#8211; action[a]This hormone causes movement of CA++ from bones to the blood &amp; increases reabsorption of Ca++ from kidneys.<br></p>


<p>[q]</p>



<p>Glucagon &#8211; action[a]This hormone causes an increase in BGL&#8217;s.<br></p>


<p>[q]</p>



<p>Insulin &#8211; action[a]This hormone causes a decrease in BGL&#8217;s.<br></p>


<p>[q]</p>



<p>Estrogen &#8211; action[a]This hormone regulates menses &amp; stimulates breast tissue growth.<br></p>


<p>[q]</p>



<p>Progesterone &#8211; action[a]This hormone maintains the endometrium after ovulation &amp; during pregnancy.<br></p>


<p>[q]</p>



<p>Testosterone &#8211; action[a]This hormone causes larger larynx &amp; vocal cords, male pattern hair growth, increased muscle mass &amp; bone density.<br></p>


<p>[q]</p>



<p>Melatonin &#8211; action[a]This hormone regulates the sleep/wake cycle.<br></p>


<p>[q]</p>



<p>Renin &#8211; action[a]This hormone converts Angiotensinogen to Angiotensin I.<br></p>


<p>[q]</p>



<p>Erythropoietin &#8211; action[a]This hormone causes bone marrow to produce more Erythrocytes.<br></p>


<p>[q]</p>



<p>Parathroid Hormone &#8211; action[a]This hormone causes an increase in absorption of calcium from dietary sources in small intestine.<br></p>


<p>[q]</p>



<p>Gastrin &#8211; action[a]This hormone causes secretion of hydrochloric acid in the stomach.<br></p>


<p>[q]</p>



<p>Secretin &#8211; action[a]This hormone causes the pancreas to secrete bicarbonate to neutralize acids in food coming from stomach &amp; stimulates liver to make bile to break down fats.<br></p>


<p>[q]</p>



<p>Cholecystokinin &#8211; action[a]This hormone causes the pancreas to secrete digestive enzymes &amp; stimulates gallbladder to empty bile into small intestine.<br></p>


<p>[q]</p>



<p>Atrial Natriuretic Peptide (ANP) &#8211; action[a]This hormone inhibits production of renin &amp; aldosterone increasing urine output &amp; decreassing blood pressure.<br></p>


<p>[q]</p>



<p>Human Chorionic Gonadotropin &#8211; action[a]This hormone stops the Corpus Luteum from deteriorating.<br></p>


<p>[q]</p>



<p>Relaxin &#8211; action[a]This hormone softens connective tissues.<br></p>


<p>[q]</p>



<p>Diabetes Mellitus &#8211; list symptoms[a] Polyphagia, polyuria &amp; polydyspia are symptoms of this disease.<br></p>


<p>[q]</p>



<p>Addison&#8217;s Disease &#8211; define[a]This disease causes fat deposits on the face and back, hypotension, fatigue and low resistance to stress.</p>



<p>   [/qdeck] </p>



<p> Endocrine 3 actions reversed[qdeck]  </p>


<p>[q]</p>



<p>Which hormone causes lengthening of bone, increase in muscle mass &amp; blood glucose levels? (BGL)[a]Growth Hormone (GH)<br></p>


<p>[q]</p>



<p>Which hormone causes production of Thyroid hormone?[a]Thyroid Stimulation Hormone (TSH)<br></p>


<p>[q]</p>



<p>Which hormone causes secretion of Glucocorticoid hormones?[a]Adrenocorticotropin Hormone (ACTH)<br></p>


<p>[q]</p>



<p>Which hormone causes spermatogenesis in men and maturation of the ova in women?[a]Follicle Stimulating Hormone (FSH)<br></p>


<p>[q]</p>



<p>Which hormone causes production of breast milk?[a]Prolactin (PRL)<br></p>


<p>[q]</p>



<p>Which hormone causes increase in skin pigment?[a]Melanocyte Stimulating Hormone (MSH)<br></p>


<p>[q]</p>



<p>Which hormone causes testosterone production in men and ovulation in women?[a]Lutenizing Hormone (LH) <br></p>


<p>[q]</p>



<p>Which hormone causes increased reabsorption of water in the kidneys and therefore less urine production?[a]Antidiuretic Hormone (ADH)<br></p>


<p>[q]</p>



<p>Which hormone causes uterine contraction and milk letdown?[a]Oxytocin (OT) <br></p>


<p>[q]</p>



<p>Which hormone increases basal metabolic rate, promotes glycogenolysis &amp; has calorigenic (heat producing) effect?[a]Thyroxine (T4)<br></p>


<p>[q]</p>



<p>Which hormone causes calcium to be moved from the blood to the bones?[a]Calcitonin (CT) <br></p>


<p>[q]</p>



<p>Which hormone causes increase in BGL and is an antiinflammatory?[a]Cortisol<br></p>


<p>[q]</p>



<p>Which hormone causes an increase in Na+ reabsorbtion and blood pressure?[a]Aldosterone <br></p>


<p>[q]</p>



<p>Which hormone causes movement of CA++ from bones to the blood &amp; increases reabsorption of Ca++ from kidneys?[a]Parathyroid Hormone (PTH) <br></p>


<p>[q]</p>



<p>Which hormone causes an increase in BGL&#8217;s?[a]Glucagon <br></p>


<p>[q]</p>



<p>Which hormone causes a decrease in BGL&#8217;s?[a]Insulin<br></p>


<p>[q]</p>



<p>Which hormone regulates menses &amp; stimulates breast tissue growth?[a]Estrogen <br></p>


<p>[q]</p>



<p>Which hormone maintains the endometrium after ovulation &amp; during pregnancy?[a]Progesterone <br></p>


<p>[q]</p>



<p>Which hormone causes larger larynx &amp; vocal cords, male pattern hair growth, increased muscle mass &amp; bone density?[a]Testosterone <br></p>


<p>[q]</p>



<p>Which hormone regulates the sleep/wake cycle?[a]Melatonin <br></p>


<p>[q]</p>



<p>Which hormone converts Angiotensinogen to Angiotensin I?[a]Renin <br></p>


<p>[q]</p>



<p>Which hormone causes bone marrow to produce more Erythrocytes?[a]Erythropoietin <br></p>


<p>[q]</p>



<p>Which hormone causes an increase in absorption of calcium from dietary sources in small intestine?[a]Parathyroid Hormone (with Calcitriol)<br></p>


<p>[q]</p>



<p>Which hormone causes secretion of hydrochloric acid in the stomach?[a]Gastrin <br></p>


<p>[q]</p>



<p>Which hormone causes the pancreas to secrete bicarbonate to neutralize acids in food coming from stomach &amp; stimulates liver to make bile to break down fats?[a]Secretin <br></p>


<p>[q]</p>



<p>Which hormone causes the pancreas to secrete digestive enzymes &amp; stimulates gallbladder to empty bile into small intestine?[a]Cholecystokinin<br></p>


<p>[q]</p>



<p>Which hormone inhibits production of renin &amp; aldosterone increasing urine output &amp; decreassing blood pressure?[a]Atrial Natriuretic Peptide (ANP) <br></p>


<p>[q]</p>



<p>Which hormone stops the Corpus Luteum from deteriorating?[a]Human Chorionic Gonadotropin <br></p>


<p>[q]</p>



<p>Which hormone softens connective tissues?[a]Relaxin <br></p>


<p>[q]</p>



<p>Polyphagia, polyuria &amp; polydyspia are symptoms of which disease?[a]Diabetes Mellitus<br></p>


<p>[q]</p>



<p>Which disease causes hypotension, fatigue and low resistance to stress?[a]Addison&#8217;s Disease </p>



<p>  [/qdeck] </p>



<p> Endocrine 4 targets [qdeck] </p>


<p>[q]</p>



<p>What regulatory molecules are made of amino acids?[a]Most hormones <br></p>


<p>[q]</p>



<p>Steroid hormones have which suffixes?[a] ONE, OL, or OGEN<br></p>


<p>[q]</p>



<p>Epiphyseal plates of long bones &amp; skeletal muscle and liver are targets of which hormone?[a] GH.<br></p>


<p>[q]</p>



<p>Thyroid Gland has receptors for which hormone?[a] TSH.<br></p>


<p>[q]</p>



<p>Adrenal cortex has receptors for which hormone?[a] ACTH.<br></p>


<p>[q]</p>



<p>Gonads have receptors for which hormone?[a] FSH.<br></p>


<p>[q]</p>



<p>Breast tissue has receptors for which hormone?[a] PRL.<br></p>


<p>[q]</p>



<p>Interstitial cells of testes &amp; ovarian follicles have receptors for which hormone?[a] LH.<br></p>


<p>[q]</p>



<p>Melanocytes have receptors for which hormone?[a] MSH.<br></p>


<p>[q]</p>



<p>Kidneys have receptors for which hormone?[a] ADH.<br></p>


<p>[q]</p>



<p>Uterine smooth muscle &amp; breast tissue have receptors for which hormone? [a]OT.<br></p>


<p>[q]</p>



<p>Almost every cell in the body has receptors for which hormone? [a]thyroxin.<br></p>


<p>[q]</p>



<p>Ostoeclast has receptors for which hormone?[a] calcitonin<br></p>


<p>[q]</p>



<p>Osteoclasts, kidneys &amp; intestines has receptors for which hormone?[a] Parathyroid Hormone.<br></p>


<p>[q]</p>



<p>Kidneys have receptors for which hormone?[a] Aldosterone to increase reabsorption of Na from urine.<br></p>


<p>[q]</p>



<p>Body cells which promote gluconeogenesis and the stress response have receptors for which hormone?[a] Cortisol.<br></p>


<p>[q]</p>



<p>All Sympathetic erffectors have receptors for which hormone?[a]Epinephrine.<br></p>


<p>[q]</p>



<p>Liver has receptors from this hormone to release more sugar.[a]glucagon.<br></p>


<p>[q]</p>



<p>Most body cells has receptors for which hormone?[a] insulin to absorb blood sugar.<br></p>


<p>[q]</p>



<p>Uterus, breast tissue and most female body cells has receptors for which hormone?[a] Estrogen.<br></p>


<p>[q]</p>



<p>Uterus, especially endometrium &amp; breast tissue has receptors for which hormone?[a] Progesterone.<br></p>


<p>[q]</p>



<p>Entire male reproductive system and to some extent entire body has receptors for which hormone?[a] Testosterone.<br></p>


<p>[q]</p>



<p>This targets the Gonads, NS &amp; Pituitary gland to put you to sleep.[a] Melatonin.<br></p>


<p>[q]</p>



<p>T cells has receptors for which hormone?[a]thymic hormones<br></p>


<p>[q]</p>



<p>Cortex of Adrenal Glands has receptors for which hormone?[a] Renin.<br></p>


<p>[q]</p>



<p>Bone marrow has receptors for which hormone?[a] Erythropoietin.<br></p>


<p>[q]</p>



<p>Small intestines has receptors for which hormone?[a] Parathyroid Hormone<br></p>


<p>[q]</p>



<p>Stomach has receptors for which hormone?[a] Gastrin.<br></p>


<p>[q]</p>



<p>Targets Liver &amp; pancreas for digestion[a] Secretin.<br></p>


<p>[q]</p>



<p>Targets Pancreas &amp; gallbladder for digestion.[a] Cholecystokinin.<br></p>


<p>[q]</p>



<p>Targets kidney to make more urine.[a]ANP.<br></p>


<p>[q]</p>



<p>Corpus luteum has receptors for which hormone?[a] Human Chorionic Gonadotropin.<br></p>


<p>[q]</p>



<p>Targets connective tissues to loosen in pregnancy.[a] Relaxin.</p>



<p>   [/qdeck] </p>



<p> Endocrine 4 targets reversed [qdeck] </p>


<p>[q]</p>



<p>Which tissues are targeted by Progesterone?[a]Uterus, especially endometrium &amp; breast tissue is targeted by which hormone?<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Testosterone?[a]Entire male reproductive system and to some extent entire body has receptors for (is targeted by) what hormone?<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Melatonin?[a]Gonads, NS &amp; Pituitary gland have receptors for and are downregulated by<br></p>


<p>[q]</p>



<p>Which system do thymic hormones target?[a]T cells<br></p>


<p>[q]</p>



<p>Where is the hypophyseal portal system located?[a]infundibulum<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Renin?[a]Cortex of Adrenal Glands<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Erythropoietin?[a]Bone marrow to make more RBC&#8217;s<br></p>


<p>[q]</p>



<p>Which tissues are targeted by PTH?[a]Small intestines targeted by this to absorb more Calcium.<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Gastrin?[a]Stomach<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Human Chorionic Gonadotropin?[a]Corpus luteum<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Relaxin?[a]Targets connective tissues to loosen in pregnancy.<br></p>


<p>[q]</p>



<p>Which organs are targeted by Secretin?[a]Targets Liver &amp; pancreas for digestion<br></p>


<p>[q]</p>



<p>Which organs are targeted by Cholecystokinin?[a]Targets Pancreas &amp; gallbladder for digestion.<br></p>


<p>[q]</p>



<p>Which tissues are targeted by ANP?[a]Targets kidney to make more urine.<br></p>


<p>[q]</p>



<p>Most hormones are composed of which substance?[a]amino acids<br></p>


<p>[q]</p>



<p>Which type of hormones have suffixes that ends in ONE, OL, or OGEN?[a]Steroid hormones <br></p>


<p>[q]</p>



<p>Which tissues are targeted by GH?[a]Epiphyseal plates of long bones &amp; skeletal muscle and liver <br></p>


<p>[q]</p>



<p>Which gland is targeted by TSH?[a]Thyroid Gland <br></p>


<p>[q]</p>



<p>Which gland is targeted by ACTH?[a]Adrenal cortex <br></p>


<p>[q]</p>



<p>Which glands are targeted by FSH?[a]Gonads<br></p>


<p>[q]</p>



<p>Which tissues are targeted by PRL?[a]Breast tissue<br></p>


<p>[q]</p>



<p>Interstitial cells of testes &amp; ovarian follicles have receptors for[a]LH<br></p>


<p>[q]</p>



<p>Melanocytes &amp; neurons in the CNS have receptors for[a]MSH<br></p>


<p>[q]</p>



<p>Which tissues are targeted by ADH?[a]Kidneys <br></p>


<p>[q]</p>



<p>Which tissues are targeted by OT?[a]Uterine smooth muscle &amp; breast tissue <br></p>


<p>[q]</p>



<p>Which tissues are targeted by thyroxin?[a]Almost every cell in the body<br></p>


<p>[q]</p>



<p>Which tissues are targeted by calcitonin?[a]Ostoeclast to inhibit<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Parathyroid Hormone?[a]Osteoclasts, kidneys &amp; intestines <br></p>


<p>[q]</p>



<p>Which tissues are targeted by Aldosterone to increase reabsorption of Na from urine?[a]Kidneys <br></p>


<p>[q]</p>



<p>Which tissues are targeted by Cortisol?[a]Body cells which promote gluconeogenesis and inhibit inflammation<br></p>


<p>[q]</p>



<p>Which organs are targeted by Epinephrine?[a]All Sympathetic effectors<br></p>


<p>[q]</p>



<p>Which organ is targeted by glucagon?[a]Liver to release more sugar.<br></p>


<p>[q]</p>



<p>Which tissues are targeted by Estrogen?[a]Uterus, breast tissue and most female body cells <br></p>


<p>[q]</p>



<p>Which tissues are targeted by insulin to absorb blood sugar?[a]Most body cells </p>



<p>   [/qdeck] </p>
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