A peripheral gland that produces the peripheral hormone is surgically removed. Which of thefollowing would you expect?RELEASING HORMONESTIMULATING HORMONEPERIPHERAL HORMONEO Increased plasma levels of releasing hormone and decreased plasma levels of stimulating hormoneO Decreased plasma levels of releasing hormone and increased plasma levels of stimulating hormone.O Increased plasma levels of BOTH releasing and stimulating hormones.

The endocrine system contains ductless glands known as endocrine glands that secrete hormones, which…

Answered: A peripheral gland that produces the…

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Similar questions

provide three contrasting examples of how hormone release is stimulated.
There is a significant difference between the lobes of the pituitary gland. Select ALL that apply, The neurohypophysis is significantly larger than the adenohypophysis The adenohypophysis is glandular and ductless. The neurophypophysis is not. The neurohypophysis is an elongation of the hypothalamus. The adenohypophysis produces prolactin which is stimulated by dopamine. The adenohypophysis produces prolactin which is inhibited by dopamine.
What is the bodily impact of a decrease or lack of secretion of each hormone listed. 1. Thyrotropin 2. Corticotropin 3. Gonadotropin 4. Growth hormone releasing hormone 5. Growth hormone inhibiting hormone 6. Prolactin releasing hormone 7. Prolactin inhibiting hormones 8. Vasopressin 9. Oxytocin
Describe the general features of the endocrine system, including how hormones are transported between an endocrine gland and its target organs.
Provide Hormone's Full Name (I've provided Gland Region the abbreviation) Cell producing the hormone Target Cell(s) Hormone action or effect(s) Hypothalamus Releasing hormones Inhibiting hormones N/A N/A Pituitary Adenohypophysis GH: N/A PRL: N/A TSH: N/A АСТH: N/A MSH: N/A FSH: N/A LH: N/A Neurohypophysis ADH: Оxytocin hypothalamus neuron hypothalamus neuron Thyroid TH: Calcitonin Parathyroid PTH: N/A Adrenal Medulla ΝE/Epi adrenal medulla cells Cortex Give Regions of Adrenal Cortex: Mineralocorticoids Ex. Glucocorticoids Ex. Androgens Ex. Pineal Melatonin N/A Pancreas Glucagon Insulin Gonads Testosterone Progesterone Estrogen Placenta НCG: N/A Kidney ЕР: N/A
For both T1DM and T2DM, describe the following: Causes Symptoms Treatments Glucose levels Insulin levels Insulin receptor sensitivity Also please discuss the cause/effect relationship between acute and chronic stress (chronic disease or homelessness, for instance) and T1DM and T2DM. What is the mechanism by which the nervous system impacts stress hormones? Are there neurotransmitters involved? Which neurotransmitters? Which stress hormones?
Provide an example of a (primary) hypothyroidism disorder in an adult. Would you expect thyroid stimulating hormone (TSH) to be increased or decreased with this disorder? Justify your response. Briefly outline the clinical manifestations of hypothyroidism.
Please match the following hormones with their functions. Increases thyroid hormone secretion 1. ADH Regulates cell metabolism 2. Glucagon Increases milk production in females 3. Oxytocin Prolongs sympathetic response 4. Epinephrine Increases uterine 5. Thyroxine contraction 6. Prolactin Increases blood sugar 7. ACTH Decreases urination 8. TSH Stimulates tissue growth 9. GH Increases steroid release
Discuss how the hypothalamus controls endocrine secretions from the pituitary gland and describe the hierarchy of the endocrine system.
A major cause of hypersecretion of hormones is a dysfunctional gland. Very high levels of cortisol is found in the blood serum of Patient X. After an injection of dexamethasone (a potent, synthetic cortisol), Patient X's cortisol levels return to normal. Based on your reading, is this condition of Patient X primary hypersecretion, secondary hypersecretion, tertiary hypersecretion, or cannot be diagnosed? Group of answer choices secondary hypersecretion primary hypersecretion tertiary hypersecretion Cannot be diagnosed
Which of the following hormones is released due to Neural stimuli? Select all that apply. Thyroid stimulating hormone Parathyroid hormone V Epinephrine Growth hormone Insulin Testosterone
Which of these endocrine cells are also target cells for other hormones? (choose the most inclusive answer) adrenal cortex endocrine cells adrenal cortex endocrine cells and thyroid endocrine cells adrenal cortex endocrine cells, thyroid endocrine cells, and anterior pituitary endocrine cells none of the above endocrine cells are target cells for other hormones

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