**Title: Mechanisms of G Protein Regulation by GAPs and GEFs****Content:**The signaling activity of G proteins is controlled by GTPase activating proteins (GAPs) and Guanine exchange factors (GEFs). Understanding the mechanisms by which these proteins control G protein functions is essential in cellular biology. Below are options describing how GAPs and GEFs influence G proteins:- **Option 1:** GEFs inhibit G protein functions by stimulating GTP hydrolysis; GAPs activate G protein functions by stimulating GDP-GTP exchange.- **Option 2:** GAPs inhibit G protein functions by stimulating GTP hydrolysis; GEFs activate G protein functions by stimulating GDP-GTP exchange.- **Option 3:** GEFs inhibit G protein functions by stimulating GTP hydrolysis; GAPs activate G protein functions by inhibiting GDP-GTP exchange.- **Option 4:** GAPs stimulate G protein functions by blocking GTP hydrolysis; GEFs inhibit G protein functions by stimulating GTP-GDP exchange.- **Option 5:** GAPs inhibit G protein functions by stimulating GDP-GTP exchange; GEFs activate G protein functions by stimulating GTP hydrolysis.**Analysis:** This content outlines the theoretical roles of GAPs and GEFs in regulating G protein activities through various mechanisms involving GTP and GDP exchanges and hydrolysis. Understanding these options aids in comprehending cell signaling pathways.

Name: **Title: Mechanisms of G Protein Regulation by GAPs and GEFs****Conte
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: **Title: Mechanisms of G Protein Regulation by GAPs and GEFs****Content:**The signaling activity of G proteins is controlled by GTPase activating proteins (GAPs) and Guanine exchange factors (GEFs). Understanding the mechanisms by which these protei