- lipid-derived hormones
- amino acid-derived hormones
- peptide hormones
- glycoprotein
- lipid-derived hormones
- amino acid-derived hormones
- peptide hormones
- glycoprotein hormones
- schizophrenia
- Alzheimer’s disease
- Parkinson’s disease
- Grave’s disease
- The pancreas is over-producing insulin.
- The pancreas is under-producing insulin.
- The pancreas is producing an adequate amount of insulin.
- The pancreas is not producing any insulin.
- lipid-derived hormones
- amino acid-derived hormones
- peptide hormones
- glycoprotein hormones
- lipid-derived hormones
- amino acid-derived hormones
- peptide hormones
- glycoprotein hormones
- intracellular hormone receptors
- cell surface receptors
- up-regulation
- down-regulation
- Specialized thyroid-receiving tissues are located throughout the body.
- Blood circulation stimulates metabolic activity.
- Different tissues have thyroid hormone receptors.
- Thyroid tissue is located throughout the body.
- intracellular hormone receptor
- cell surface receptor
- first messenger
- second messenger
- This molecule will block testosterone from binding to its receptor.
- This molecule will block testosterone from activating cAMP signaling.
- This molecule will increase testosterone-mediated signaling.
- This molecule will not affect testosterone-mediated signaling.
- intracellular hormone receptors
- cell surface receptors
- up-regulation
- down-regulation
Consuming certain products cause a change in urine output. This likely occurs because these products ________.
- inhibits ADH release
- stimulates ADH release
- inhibits TSH release
- stimulates TSH release
FSH and LH release from the anterior pituitary is stimulated by ________.
- TSH
- GnRH
- T3
- PTH
What hormone is produced by beta cells of the pancreas?
- T3
- glucagon
- insulin
- T4
When blood calcium levels are low, PTH stimulates ________.
- excretion of calcium from the kidneys
- excretion of calcium from the intestines
- osteoblasts
- osteoclasts
- aldosterone
- renin
- antidiuretic hormone
- osmoreceptors
- inhibits antidiuretic hormone release
- stimulates antidiuretic hormone release
- inhibits parathyroid hormone release
- stimulates parathyroid hormone release
- follicle-stimulating hormone
- luteinizing hormone
- inhibin
- gonadotropin-releasing hormone
- Her uterus will not contract during childbirth.
- She will not ovulate.
- Her body will not be prepared for pregnancy.
- She will be unable to produce milk.
- Epinephrine
- Parathyroid hormone
- Corticosteroids
- T3 and T4
- excretion of calcium from the kidneys
- excretion of calcium from the intestines
- osteoblasts
- osteoclasts
- diabetes mellitus
- diabetes insipidus
- hyperglycemia
- hypoglycemia
- symmetric body formation
- excessive body growth
- enlarged hand, feet, and face bones
- weak bones and nervous system impairment
- T3
- glucagon
- insulin
- T4
- thyroxine
- oxytocin
- triiodothyronine
- insulin
- Hormone release is stimulated by the nervous system.
- Hormone release is stimulated by change in the blood.
- Hormone release is stimulated by the external environment.
- Hormone release is stimulated by another hormone.
- humoral
- hormonal
- neural
- negative
- TSH production is triggered by the nervous system.
- TSH production is triggered by blood ion concentration change.
- TSH triggers epinephrine production.
- TSH triggers the production of T3 and T4.
- humoral stimulus
- hormonal stimulus
- neural stimulus
- negative stimulus
- thyroid glands
- adrenal glands
- gonads
- pancreas
- regulate circadian rhythms
- regulate secondary sex characteristics
- regulate blood calcium levels
- regulate blood glucose
- erythropoietin
- leptin
- atrial natriuretic peptide
- gastrin
- They adrenal cortex produces renin, which affects aldosterone secretion by the kidneys.
- The kidneys produce renin, which affects aldosterone secretion by the adrenal cortex.
- They kidneys produce calcitrol, which affects renin secretion by the adrenal cortex.
- They kidneys produce calcitrol, which affects aldosterone secretion by the adrenal cortex.
- oxytocin
- growth hormone
- prolactin
- thyroid-stimulating hormone