Phosphorylation is important in activating proteins because the addition of the phosphate group causes a conformational change, thus regulating the protein's activity the addition of ATP causes a conformational change, thus regulating the protein's activity the addition of GTP causes a conformational change, thus regulating the protein's activity the removal of the phosphate group causes a conformational change, thus regulating the protein's activity

Phosphorylation is important in activating proteins because the addition of the phosphate group causes a conformational change, thus regulating the protein's activity the addition of ATP causes a conformational change, thus regulating the protein's activity the addition of GTP causes a conformational change, thus regulating the protein's activity the removal of the phosphate group causes a conformational change, thus regulating the protein's activity

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter16: Gene Expression

Section: Chapter Questions

Problem 3VCQ: Figure 16.13 An increase in phosphorylation levels of elF-2 has been observed in patients with...

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When a trimeric G protein is activated by GPCR? The three subunit of the G protein remain tightly associated with each other; the GDP bound to the a subunit is phosphorylated to form bound GTP; it dissociates into a free B subunit and an ay subunit Options: hydrolyzed, cleaves, phosphorylate, dephosphorylates, folds, glycosates; gtp, gdp, cgmp, atp, adp, camp; cleaves, phosphorylation, dephosphorylation, unfolds, glcosylates, deglycosylate; leucine kinases, glycine kinase, Tyrosine kinases, valine kinase; triimetization, dimerization, monomerization
What would be the effect of a mutation that decreased the activity of phosphatidic acid phosphatase?
One signal may activate multiple downstream pathways cell. For example, insulin can bind the insulin receptor la receptor hyrosine kinosed to cause in a single in changes glucost metabolism & transport, and cell growth. Outline possible steps between activation of an insulin receptor and (A) Phosphorylation of a TF (transcription factor) by merek-p B) Syntheri) of PIPS. () Activation of Calcium - Calmodulin- dependent protein kinale. In some cells, Scaffold proteic • Phosphorylated MAPK may To Turn Off Pathway: a) Phosphate Б) марккк по E) Raj - GAP = GTPase Activating GTPase activity of
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