What is required for the systemic transport of hydrophobic hormones molecules to
ID: 101170 • Letter: W
Question
What is required for the systemic transport of hydrophobic hormones molecules to target cells in the body? Hydrophilic Receptor Protein Hydrophobic Receptor Protein Hydrophilic Transport Protein Motor Protein and ATP Hydrophobic Transport Protein You have not consumed food for seven hours. The concentration of which hormone would be expected to increase? ACTH Ghrelin Insulin Leptin PYY One of your female patients cannot complete some of the events that occur during puberty. You hypothesize that this could be due to a defective- ADH receptor Calcitonin receptor Estrogen receptor Testosterone receptor TSH receptor One of your patients produces insufficient concentrations of ADH and Oxytocin. This indicates problem with the - Anterior Pituitary Hypothalamus Parathyroid Gland Pineal Gland Lymph Node You have finished consuming a large meal. The concentration of which hormone would be expected to increase? ADH Ghrelin Leptin Orexin NPYExplanation / Answer
6. Last option is correct. Most of the hydrophobic hormone are transported by binding with blood proteins. For example steroid hormones are transported by binding with albumin proteins. The steroid hormones are hydrophobic in nature and albumin has also hydrophobic amino acidresidues.
7. Ghrelin is the right answer. This increases appetite.
8. The correct answer is estrogen receptor. Estrogen hormone play a major role in many events during puberty in female. These include development of female secondary sexual characteristics, regulation of the menstrual cycle etc.
9. Second option is correct. ADH and Oxytocin are produced in hypothalamus and is stored in the posterior pituitary. It is released into the blood from the posterior lobe of the pituitary gland.
10. Option third is correct. Leptin is responsible for decreasing appetite.
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