1. [ ] can be used to [ ] hormone receptors on HR+ cancer cells.
a. SERMs, activate
b. Herceptin, block
c. Herceptin, activate
d. SERMs, block
Ans: Herceptin can be used to block hormone receptor on HR+ Cancer cells.
Explanation-Herceptin works by acting on the surface of cancer cell inturn inhibitiing the chemical signal which helps uncontrolled cell proliferation.
1. [ ] can be used to [ ] hormone receptors on HR+ cancer cells. a....
Herceptin can be used to block hormone receptors on HER2+ cancer cells. Select one: a. True b. False Jess has been diagnosed with cancer at the age of 42. Further testing reveals that their healthy cells have Select one: a. mutations in growth factor genes O b. an inherited oncogene c. an inherited mutation in a DNA Repair Gene d. a chromosome pair with inherited mutations in a TSG
Question 19 Answer saved Herceptin can be used to block hormone receptors on HER2+ cancer cells. Points out of 2.00 Remove flag Select one: a. True O b. False
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What determines whether a hormone will have an impact on a specific tissue or not? А 1 Whether the hormone can enter the cells or not Whether the hormone activates cell-surface receptors or intracellular receptors Whether the hormone is lipid-derived or amino acid-derived Whether the tissue has receptors specific for that hormone Whether the tissue has blood vessels nearby or not
3. Cancer cells undergo rapid unrestrained proliferation. The increased reliance of cancer cells upon glycolysis therefore seems paradoxical, since glycolysis generates only 2 ATP from each glucose molecule, whereas complete oxidative respiration of glucose generates up to 36 ATPs per molecule. Which of the following best explains why glycolysis may be advantageous to rapidly proliferating cancer cells? a. Glycolysis generates NADH that can be used as a source of reducing power for macromolecular synthesis. b. Glycolysis produces intermediates that can...