Font size
WorksheetsHuman Anatomy Chapter 16 Part 2
Total questions: 118
Worksheet time: 3615secs
What type of chemical is Growth Hormone?
Protein Hormone
Anterior pituitary
Regulated by the hormones produced by the hypothalamus
Bones, muscles, cartilage, liver and more
What secretes Growth Hormone?
Bones, muscles, cartilage, liver and more
Anterior pituitary
It stimulates metabolism, cell growth, and cell division
Protein hormone
How is the Growth Hormone regulated?
Hypersecretion causes gigantism
It stimulates metabolism, cell growth, and cell division
Bones, muscles, cartilage, liver and more
Regulated by the hormones produced by the hypothalamus
What is the target of the Growth hormone?
Bones, muscles, cartilage, liver and more
Hypersecretion causes gigantism
Protein hormone
Hyposecretion causes pituitary dwarfism
What are the effects or actions of the Growth Hormone?
Bones, muscles, cartilage, liver and more
Regulated by the hormones produced by the hypothalamus
It stimulates metabolism, cell growth, and cell division
Hyposecretion causes pituitary dwarfism
What happens if too much Growth Hormone is secreted (hypersecretion)?
Bones, muscles, cartilage, liver and more
It stimulates metabolism, cell growth, and cell division
Hyposecretion causes pituitary dwarfism
Hypersecretion causes gigantism
What happens if too little Growth hormone is secreted (hyposecretion)?
Protein hormone
Hypersecretion causes gigantism
Anterior pituitary
Hyposecretion causes pituitary dwarfism
What type of chemical is the Prolactin?
Targets the breast of females
Regulated by hypothalamic hormones
Protein hormone
Used by high levels of estrogen levels and breast feeding
What secretes Prolactin?
Anterior pituitary
Regulated by hypothalamic hormones
Protein hormone
Used by high levels of estrogen levels and breast feeding
How is Prolactin regulated?
Anterior pituitary
Stimulates milk productions by the mammary glands
Used by high levels of estrogen levels and breast feeding
Regulated by hypothalamic hormones
What is the target of the Prolactin?
Anterior pituitary
Used by high levels of estrogen levels and breast feeding
Targets the breast of females
Stimulates milk productions by the mammary glands
What are the effects or actions of Prolactin?
Used by high levels of estrogen levels and breast feeding
Targets the breast of females
Regulated by hypothalamic hormones
Hyposecretion is poor milk production in nursing women
What happens if too much Prolactin is secreted (hypersecretion)?
Used by high levels of estrogen levels and breast feeding
Hyposecretion is poor milk production in nursing women
Targets the breast of females
Hypersecretion is an inappropriate lactation, lack menses and infertility in females
What happens if too little Prolactin is secreted (hyposecretion)?
Stimulates milk productions by the mammary glands
Hyposecretion is poor milk production in nursing women
Hypersecretion is an inappropriate lactation, lack menses and infertility in females
Regulated by hypothalamic hormones
What type of chemical is the Follicle Stimulating Hormone (FSH)?
Anterior pituitary
Regulated by hypothalamic hormones
Targets gonads
Glycoprotein
What secretes the Follicle Stimulating Hormone (FSH)?
Regulated by hypothalamic hormones
Targets gonads
Glycoprotein
Anterior pituitary
How is the Follicle Stimulating Hormone (FSH) regulated?
Glycoprotein
Anterior pituitary
Regulated by hypothalamic hormones
Targets gonads
What are the effects or actions of the Follicle Stimulating Hormone (FSH)?
Stimulates production of ova by ovaries and sperm in tests
Targets gonads
Regulated by hypothalamic hormones
Works on LN in females to cause maturation of the ovarian follicle which produces estrogen
What is the target of the Follicle Stimulating Hormone (FSH)?
Glycoprotein
Regulated by hypothalamic hormones
Targets gonads
Anterior pituitary
What happens if too much Follicle Stimulating Hormone (FSH) is secreted (hypersecretion)?
Works on LN in females to cause maturation of the ovarian follicle which produces estrogen
Hyposecretion causes nonfunctional gametes in adults
Hyper secretion prevents sexual maturation in children
Stimulates production of ova by ovaries and sperm in tests
What happens if too little Follicle Stimulating Hormone (FSH) is secreted (hyposecretion)?
Hyper secretion prevents sexual maturation in children
Regulated by hypothalamic hormones
Stimulates production of ova by ovaries and sperm in tests
Hyposecretion causes nonfunctional gametes in adults
What type of chemical is the Luteinizing Hormone (LH)?
Anterior pituitary
Stimulates ovaries to produce estrogens/progesterone and causes ovulation in females as well as stimulates to produce testosterone
Glycoprotein
Regulated by hypothalamic hormones
What secretes the Luteinizing Hormone (LH)?
Glycoprotein
Regulated by hypothalamic hormones
Anterior pituitary
Hyposecretion equals to no sexual maturation
How is the Luteinizing Hormone (LH) regulated?
Glycoprotein
Stimulates ovaries to produce estrogens/progesterone and causes ovulation in females as well as stimulates to produce testosterone
Hyposecretion equals to no sexual maturation
Regulated by hypothalamic hormones
What are the effects or actions of the Luteinizing Hormone (LH)?
Stimulates ovaries to produce estrogens/progesterone and causes ovulation in females as well as stimulates to produce testosterone
Hyposecretion equals to no sexual maturation
Anterior pituitary
Regulated by hypothalamic hormones
What happens if too little Luteinizing Hormone (LH) is secreted (hyposecretion)?
Regulated by hypothalamic hormones
Stimulates ovaries to produce estrogens/progesterone and causes ovulation in females as well as stimulates to produce testosterone
Hyposecretion equals to no sexual maturation
Anterior pituitary
What type of chemical is Thyroid Stimulating Hormone (TSH)?
Regulated by hypothalamus
Hypersecretion causes graves disease
Glycoprotein
Anterior pituitary
What secretes Thyroid Stimulating Hormone (TSH)?
Regulated by hypothalamus
Stimulates thyroid gland to release thyroid hormones
Anterior pituitary
Glycoprotein
How is Thyroid Stimulating Hormone (TSH) regulated?
Stimulates thyroid gland to release thyroid hormones
Anterior pituitary
Glycoprotein
Regulated by hypothalamus
What are the effects or actions of Thyroid Stimulating Hormone (TSH)?
Regulated by hypothalamus
Stimulates thyroid gland to release thyroid hormones
Hypersecretion causes graves disease
Hyposecretion can cause Cretinism in children and Myxedema in adults
What happens if too much Thyroid Stimulating Hormone (TSH) is secreted (hypersecretion)?
Hypersecretion causes graves disease
Regulated by hypothalamus
Stimulates thyroid gland to release thyroid hormones
Hyposecretion can cause Cretinism in children and Myxedema in adults
What happens if too little Thyroid Stimulating Hormone (TSH) is secreted (hyposecretion)?
Regulated by hypothalamus
Hypersecretion causes graves disease
Stimulates thyroid gland to release thyroid hormones
Hyposecretion can cause Cretinism in children and Myxedema in adults
What type of chemical is the Adrenocorticotropic Hormone (ACTH)?
Stimulates adrenal cortex to secrete glucocorticoids
Anterior pituitary
Regulated by the hypothalamus
Polypeptide hormone
What secretes the Adrenocorticotropic Hormone (ACTH)?
Regulated by the hypothalamus
Hypersecretion causes Cushing’s disease
Anterior pituitary
Polypeptide hormone
How is the Adrenocorticotropic Hormone (ACTH) regulated?
Stimulates adrenal cortex to secrete glucocorticoids
Anterior pituitary
Hypersecretion causes Cushing’s disease
Regulated by the hypothalamus
What are the effects or actions of the Adrenocorticotropic Hormone (ACTH) ?
Hypersecretion causes Cushing’s disease
Regulated by the hypothalamus
Polypeptide hormone
Stimulates adrenal cortex to secrete glucocorticoids
What happens if too much Adrenocorticotropic Hormone (ACTH) is secreted (hypersecretion)?
Hypersecretion causes Cushing’s disease
Regulated by the hypothalamus
Polypeptide hormone
Stimulates adrenal cortex to secrete glucocorticoids
What type of chemical is Oxytocin?
Posterior pituitary
Targets the uterus and mammary glands of pregnant women
Peptide hormone
Regulated by hypothalamus
What secretes the Oxytocin?
Posterior pituitary
Regulated by hypothalamus
Stimulates milk letdown reflex
Peptide hormone
How is Oxytocin regulated?
Posterior pituitary
Stimulates milk letdown reflex
Peptide hormone
Regulated by hypothalamus
What is the target of Oxytocin?
Regulated by hypothalamus
Peptide hormone
Targets the uterus and mammary glands of pregnant women
Posterior pituitary
What are the effects or actions of Oxytocin?
Regulated by hypothalamus
Stimulates milk letdown reflex
Targets the uterus and mammary glands of pregnant women
Posterior pituitary
What type of chemical is Antidiuretic Hormone (ADH) (vasopressin)?
Targets the kidneys and blood vessels
Regulated by hypothalamus
Polypeptide
Posterior pituitary
What secretes Antidiuretic Hormone (ADH) (vasopressin)?
Promotes water retention by kidneys, increase blood pressure
Posterior pituitary
Polypeptide
Regulated by hypothalamus
How is Antidiuretic Hormone (ADH) (vasopressin) regulated?
Promotes water retention by kidneys, increase blood pressure
Regulated by hypothalamus
Hypersecretion causes syndrome of inappropriate ADH secretion
Targets the kidneys and blood vessels
What are the effects or actions of Antidiuretic Hormone (ADH) (vasopressin)?
Regulated by hypothalamus
Promotes water retention by kidneys, increase blood pressure
Targets the kidneys and blood vessels
Posterior pituitary
What is the target of Antidiuretic Hormone (ADH) (vasopressin)?
Promotes water retention by kidneys, increase blood pressure
Targets the kidneys and blood vessels
Regulated by hypothalamus
Polypeptide
What happens if too much Antidiuretic Hormone (ADH) (vasopressin) is secreted (hypersecretion)?
Hypersecretion causes syndrome of inappropriate ADH secretion
Polypeptide
Promotes water retention by kidneys, increase blood pressure
Regulated by hypothalamus
What happens if too little Antidiuretic Hormone (ADH) (vasopressin) is secreted (hyposecretion)?
Regulated by hypothalamus
Hypersecretion causes syndrome of inappropriate ADH secretion
Targets the kidneys and blood vessels
Hyposecretion causes diabetes insipidus
What type of chemical is Melatonin?
Pineal gland
Regulates the biological clock, rhythmic activities, light/dark cycles as monitored by the suprachiasmatic nucleus of the hypothalamus
Amine
Targets various cells
What secretes Melatonin?
Pineal gland
Amine
Targets various cells
Regulates the biological clock, rhythmic activities, light/dark cycles as monitored by the suprachiasmatic nucleus of the hypothalamus
What is the target of Melatonin?
Regulates the biological clock, rhythmic activities, light/dark cycles as monitored by the suprachiasmatic nucleus of the hypothalamus
Pineal gland
Targets various cells
Amine
How is Melatonin regulated?
Targets various cells
Regulates the biological clock, rhythmic activities, light/dark cycles as monitored by the suprachiasmatic nucleus of the hypothalamus
Pineal gland
Amine
What type of chemical is Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)]?
Regulated by the TSH from anterior pituitary
Anime hormone
Thyroid gland
Target most cells of the body
What secretes Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)]?
Hypersecretion causes Myxedema in adults and graves disease
Anime hormone
Regulated by the TSH from anterior pituitary
Thyroid gland
How is Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)] regulated?
Target most cells of the body
Hyposecretion causes goiter and the thyroid enlarges as well as cretinism develops in children
Regulated by the TSH from anterior pituitary
Hypersecretion causes Myxedema in adults and graves disease
What is the target of Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)]?
Target most cells of the body
Anime hormone
Regulated by the TSH from anterior pituitary
Thyroid gland
What happens if too much Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)] is secreted (hypersecretion)?
Target most cells of the body
Thyroid gland
Hyposecretion causes goiter and the thyroid enlarges as well as cretinism develops in children
Hypersecretion causes Myxedema in adults and graves disease
What happens if too little Thyroid Hormone (TH) [Thyroxin (T4) & Triiodothyronine (T3)] is secreted (hyposecretion)?
Regulated by the TSH from anterior pituitary
Hyposecretion causes goiter and the thyroid enlarges as well as cretinism develops in children
Target most cells of the body
Hypersecretion causes Myxedema in adults and graves disease
What type of chemical is Calcitonin?
Thyroid gland
Targets bones
Polypeptide hormone
Regulated by calcium levels in blood
What secretes Calcitonin?
Polypeptide hormone
Targets bones
Inhibits osteoclasts activity and increases calcium deposits in bone matrix and secrets in response to high blood calcium levels
Thyroid gland
How is Calcitonin regulated?
Polypeptide hormone
Regulated by calcium levels in blood
Targets bones
Thyroid gland
What is the target of Calcitonin?
Targets bones
Inhibits osteoclasts activity and increases calcium deposits in bone matrix and secrets in response to high blood calcium levels
Regulated by calcium levels in blood
Thyroid gland
What are the effects or actions of Calcitonin?
Targets bones
Inhibits osteoclasts activity and increases calcium deposits in bone matrix and secrets in response to high blood calcium levels
Regulated by calcium levels in blood
Thyroid gland
What type of chemical is Parathyroid Hormone?
Regulated by calcium levels in blood
Parathyroid glands
Targets bones and kidneys
Peptide hormone
What secretes Parathyroid Hormone?
Raises calcium levels in blood
Regulated by calcium levels in blood
Parathyroid glands
Peptide hormone
How is Parathyroid Hormone regulated?
Peptide hormone
Targets bones and kidneys
Hypersecretion causes hypoparathyroidism
Regulated by calcium levels in blood
What is the target of Parathyroid Hormone?
Regulated by calcium levels in blood
Targets bones and kidneys
Parathyroid glands
Hypersecretion causes hypoparathyroidism
What are the effects or actions of the hormone?
Raises calcium levels in blood
Parathyroid glands
Hypersecretion causes hypoparathyroidism
Peptide hormone
What happens if too much hormone is secreted (hypersecretion)?
Hyposecretion causes hypoparathyroidism
Raises calcium levels in blood
Regulated by calcium levels in blood
Hypersecretion causes hypoparathyroidism
What happens if too little hormone is secreted (hyposecretion)?
Raises calcium levels in blood
Regulated by calcium levels in blood
Hyposecretion causes hypoparathyroidism
Parathyroid glands
What type of chemical is Thymosin?
Programs T cells of the immune system to recognize a specific antigen
Thymus
Targets the T lymphocytes
Peptide hormone
What secretes this hormone?
Targets the T lymphocytes
Peptide hormone
Thymus
Programs T cells of the immune system to recognize a specific antigen
What is the target of the hormone?
Peptide hormone
Targets the T lymphocytes
Programs T cells of the immune system to recognize a specific antigen
Thymus
What type of chemical is Glucocorticoids?
Hypersecretion causes Cushing’s disease
Steroid hormones
Targets body cells
Normally helps keep blood sugar levels constant and highest levels when first wake up and lowest when you fall asleep
What are the effects or actions of Glucocorticoids?
Hyposecretion causes Addison’s disease
Hypersecretion causes Cushing’s disease
Targets body cells
Normally helps keep blood sugar levels constant and highest levels when first wake up and lowest when you fall asleep
What happens if too much Glucocorticoids is secreted (hypersecretion)?
Hyposecretion causes Addison’s disease
Steroid hormones
Hypersecretion causes Cushing’s disease
Normally helps keep blood sugar levels constant and highest levels when first wake up and lowest when you fall asleep
What happens if too little Glucocorticoids secreted (hyposecretion)?
Hyposecretion causes Addison’s disease
Targets body cells
Hypersecretion causes Cushing’s disease
Normally helps keep blood sugar levels constant and highest levels when first wake up and lowest when you fall asleep
What is the target of Adrenal cortex?
Targets body cells
Hypersecretion causes Cushing’s disease
Normally helps keep blood sugar levels constant and highest levels when first woken up and lowest levels when we first fall asleep
Hyposecretion causes Addison’s disease
What are the effects or actions of the hormone?
Hyposecretion causes Addison’s disease
Hypersecretion causes Cushing’s disease
Normally helps keep blood sugar levels constant and highest levels when first woken up and lowest levels when we first fall asleep
Targets body cells
What happens if too much Adrenal cortex is secreted (hypersecretion)?
Normally helps keep blood sugar levels constant and highest levels when first woken up and lowest levels when we first fall asleep
Hypersecretion causes Cushing’s disease
Targets body cells
Hyposecretion causes Addison’s disease
What happens if too little Adrenal cortex is secreted (hyposecretion)?
Hyposecretion causes Addison’s disease
Targets body cells
Normally helps keep blood sugar levels constant and highest levels when first woken up and lowest levels when we first fall asleep
Hypersecretion causes Cushing’s disease
What type of chemical is Mineralcorticoids?
Targets kidneys
Adrenal cortex
Promotes reabsorption of sodium ions and excretion of potassium ions by the kidneys
Hypersecretion causes Aldosteronism
What is the target of Mineralcorticoids?
Targets kidneys
Hyposecretion causes Addison’s disease
Promotes reabsorption of sodium ions and excretion of potassium ions by the kidneys
Hypersecretion causes Aldosteronism
What are the effects or actions of Mineralcorticoids?
Promotes reabsorption of sodium ions and excretion of potassium ions by the kidneys
Hyposecretion causes Addison’s disease
Hypersecretion causes Aldosteronism
Targets kidneys
vWhat happens if too much Mineralcorticoids is secreted (hypersecretion)?
Targets kidneys
Hyposecretion causes Addison’s disease
Promotes reabsorption of sodium ions and excretion of potassium ions by the kidneys
Hypersecretion causes Aldosteronism
What happens if too little Mineralcorticoids secreted (hyposecretion)?
Promotes reabsorption of sodium ions and excretion of potassium ions by the kidneys
Adrenal cortex
Adrenal cortex
Hyposecretion causes Addison’s disease
What secretes Epinephrine and Norepinephrine?
Targets the same organs as the sympathetic nervous system and mimics its effects
Both secreted by the adrenal medulla
Hypersecretion causes massive and uncontrolled sympathetic nervous system activity
Both increase blood sugar and rate of metabolism dilate bronchioles
What is the target of the hormone?
Both secreted by the adrenal medulla
Both increase blood sugar and rate of metabolism dilate bronchioles
Hypersecretion causes massive and uncontrolled sympathetic nervous system activity
Targets the same organs as the sympathetic nervous system and mimics its effects
What are the effects or actions of Epinephrine and Norepinephrine?
Hyposecretion doesn’t cause a problem
Hypersecretion causes massive and uncontrolled sympathetic nervous system activity
Both increase blood sugar and rate of metabolism dilate bronchioles
Targets the same organs as the sympathetic nervous system and mimics its effects
What happens if too much hormone is secreted (hypersecretion)?
Hypersecretion causes massive and uncontrolled sympathetic nervous system activity
Targets the same organs as the sympathetic nervous system and mimics its effects
Hyposecretion doesn’t cause a problem
Both secreted by the adrenal medulla
What happens if too little Epinephrine and Norepinephrine secreted (hyposecretion)?
Both increase blood sugar and rate of metabolism dilate bronchioles
Hyposecretion doesn’t cause a problem
Both secreted by the adrenal medulla
Targets the same organs as the sympathetic nervous system and mimics its effects
What secretes Insulin?
Hypersecretion causes hyperinsulinism and hypoglycemia
Targets liver, muscle, and adipose tissue
Beta cells of the pancreas
Stimulated by high levels of glucose in blood or high levels of amino acids and fatty acids
What is the target of Insulin?
Stimulated by high levels of glucose in blood or high levels of amino acids and fatty acids
Hypersecretion causes hyperinsulinism and hypoglycemia
Targets liver, muscle, and adipose tissue
Beta cells of the pancreas
What are the effects or actions of the hormone?
Hypersecretion causes hyperinsulinism and hypoglycemia
Targets liver, muscle, and adipose tissue
Beta cells of the pancreas
Stimulated by high levels of glucose in blood or high levels of amino acids and fatty acids
What happens if too much Insulin secreted (hypersecretion)?
Hypersecretion causes hyperinsulinism and hypoglycemia
Stimulated by high levels of glucose in blood or high levels of amino acids and fatty acids
Targets liver, muscle, and adipose tissue
Beta cells of the pancreas
What secretes Glucagon?
Alpha cells of the pancreas
Raises glucose levels in blood
Targets liver
Stimulated by low blood sugar or high amino acid levels and sympathetic nervous system
What is the target of Glucagon?
Raises glucose levels in blood
Alpha cells of the pancreas
Targets liver
Stimulated by low blood sugar or high amino acid levels and sympathetic nervous system
What are the effects or actions of Glucagon?
Targets liver
Raises glucose levels in blood
Alpha cells of the pancreas
Stimulated by low blood sugar or high amino acid levels and sympathetic nervous system
What secretes Cholecalciferol?
Targets the intestine
Epidermal cells of the skin in response to ultraviolet radiation
Hyposecretion causes insufficient vitamin D prevents calcium absorption and thus causes soft and weak bones
Stimulates active transport of dietary calcium across intestinal cell membranes
What is the target of Cholecalciferol?
Epidermal cells of the skin in response to ultraviolet radiation
Targets the intestine
Stimulates active transport of dietary calcium across intestinal cell membranes
Hyposecretion causes insufficient vitamin D prevents calcium absorption and thus causes soft and weak bones
What are the effects or actions of the hormone?
Stimulates active transport of dietary calcium across intestinal cell membranes
Hyposecretion causes insufficient vitamin D prevents calcium absorption and thus causes soft and weak bones
Targets the intestine
Epidermal cells of the skin in response to ultraviolet radiation
What happens if too little Cholecalciferol secreted (hyposecretion)?
Targets the intestine
Epidermal cells of the skin in response to ultraviolet radiation
Hyposecretion causes insufficient vitamin D prevents calcium absorption and thus causes soft and weak bones
Stimulates active transport of dietary calcium across intestinal cell membranes
What type of chemical are testes?
Androgens
Support sperm formation
What are the effects or actions of Testes?
Androgens
Support sperm formation
What secretes this hormone/What type of chemical is the hormone?(Estrogen)
Ovaries
Targets reproductive organs
Stimulate uterine lining growth
What is the target of Estrogen?
Targets reproductive organs
Ovaries
Stimulate uterine lining growth
What secretes Erythropoietin?
Stimulates the production of red blood cells
Targets bone marrow
Secreted by kidneys
Hyposecretion reduces the number of RBC’S
What are the effects or actions of Erythropoietin?
Hyposecretion reduces the number of RBC’S
Stimulates the production of red blood cells
Targets bone marrow
Secreted by kidneys
What is the target of Erythropoietin?
Hypersecretion increased the number of RBC’s
Secreted by kidneys
Targets bone marrow
Stimulates the production of red blood cells
What happens if too much Erythropoietin is secreted (hypersecretion)?
Stimulates the production of red blood cells
Secreted by kidneys
Hyposecretion reduces the number of RBC’S
Hypersecretion increased the number of RBC’s
What happens if too little Erythropoietin is secreted (hyposecretion)?
Stimulates the production of red blood cells
Hyposecretion reduces the number of RBC’S
Hypersecretion increased the number of RBC’s
Targets bone marrow
What type of chemical is the hormone?/What secretes this hormone? (Atrial natriuretic peptide (ANP))
Reduces blood volume, blood pressure & blood sodium level
Targets the kidneys
Peptide secreted by the atria of the heart
Targets the adrenal cortex
What is the target of Atrial natriuretic peptide (ANP)?
Targets kidneys
Targets the adrenal cortex
Reduces blood volume, blood pressure & blood sodium levels
Peptide secreted by the atria of the heart
What are the effects or actions of the hormone?
Targets the adrenal cortex
Targets the kidneys
Peptide secreted by the atria of the heart
Reduces blood volume, blood pressure & blood sodium levels
What type of chemical is the hormone?/What secretes this hormone?(Leptin)
Targets receptors in the hypothalamus
Released as glucose and lipids are absorbed by the adipose tissue to store them as triglycerides
Peptide secreted by adipose tissue
What is the target of Leptin?
Released as glucose and lipids are absorbed by the adipose tissue to store them as triglycerides
Targets receptors in the hypothalamus
Peptide secreted by adipose tissue
What are the effects or actions of Leptin?
Targets receptors in the hypothalamus
Released as glucose and lipids are absorbed by the adipose tissue to store them as triglycerides
Peptide secreted by adipose tissue
