which of the following happens when a therapeutic synthetic homone is introduced intno the body to treat patients natural hormone insufficiency?(select all that apply) A. The target cell responds the same way as when the hormone is natural B. the synthetic hormone has no effect on the target tissues C. the amount of natural hormone produced by the patients body declines D. the synthetic hormone is destroyed before it can have an effect on the target tissue.

10. Previous pituitary hormones travel to which structure(s)? to. Thyroid b. Adrenal medulla C. Testes d. A and C only e. All of the above 11. Which hormone is released from the hypothalamus when body temperature is too low? Corticotropic Releasing Hormone (CRH) b. Gonadotropic Releasing Hormone (GNRH) c. Thyrotropic Releasing Hormone (TRH) d. Growth Hormone Releasing Hormone (GHRH) e. Follicle stimulating hormone (FSH)||

Which of the following is a reason why massage therapy is being indicated as a pain management strategy? A. opiate abuse B. toxin elimination C. inhibition to homeostasis D. increased central sensitization

what happens to a water souble hormone after it binds to a receptor on the target cell? select all that apply A. the hormone unbinds the receptor or pops back off B. the hormone is broken down by an enzyme C. the hormone is transported into the cell where it is destroyed by enzymes d. the hormones is transported into the cell where it promotes transcription.

1. Some Hormones are derived from tyrosine, example --------------------. A. ADH B. steroids C. Insulin D. Melatonin E. All of the above 2. The hypothalamus controls the secretion of the adenohypophysis by ----------- A. Secretion of releasing and inhibiting factors into a tiny portal system. B. Indirect osmotic control. C. Direct neural stimulation. D. Gap synaptic junctions. E. Altering ion concentrations and pH in the anterior pituitary. 3. All of the followings are correct about Atrial natriuretic factor, except ------------------. A. It is secreted by stretch receptors in the atria B. It inhibits ADH secretion C. It increases urine volume D. It reduces blood pressure E. It decreases GFR 4. Hypothalamus releases ________________ hormone, which stimulate the Pituitary gland to release ____________ hormone. This will stimulate thyroid gland to release its__________. A. Thyrotrophic releasing hormone, Thyroid-stimulating hormone, Thyroid hormones B. Adrenocorticotropic, Corticotropin…

What is Prader–Willi syndrome?   a. A genetic disorder characterized by loss of appetite   b. Fat accumulation in the liver of leptin-resistant patients   c. A failure to adapt to alternating periods of excess and inadequate energy intake   d. A genetic disorder resulting in obesity   e. Altered receptor activity for ghrelin

Hashimoto's Thyroiditis is an autoimmune disease that... a.A patient would experience heat intolerance b.Can be treated with antithyroid drugs c.Results in overactive parathyroid glands d.Involves the creation of antibodies which activate TSH receptors e.Shows high plasma levels of TSH

What do testosterone and cortisol have in common?   A. Steroid acute regulatory protein (StAR) is a key point of biosynthetic regulation   B. Most biosynthesis occurs in the adrenal gland   C. High solubility in extracellular fluid   D. Signaling starts with activation of protein kinase C   E. Higher expression in adult males than (non-pregnant) adult females

Which of the following hormones would be expected to be released if you were studying all day for an exam and skipped breakfast and lunch?  Group of answer choices a. Glucagon  b. Insulin c. Aldosterone d. Thyroid hormone

A new antagonist molecule has been discovered that binds to and blocks plasma membrane receptors. What effect will this antagonist have on testosterone, a steroid hormone? a. It will block testosterone from binding to its receptor. b. It will block testosterone from activating cAMP signaling. c. It will increase testosterone-mediated signaling. d. It will not affect testosterone-mediated signaling.