E: Using either GPCRs (G-protein couples receptors) or RTKs (Receptor tyrosine kinases), describe: 1. How ligand binding activates the receptor. Ex: which proteins are involved? what changes can occur to the receptor after binding the ligand? 2. A signal transduction pathway that occurs due to the ligand binding (must include a secondary messenger). 3. Any cellular response due to the ligand binding.
E: Using either GPCRs (G-protein couples receptors) or RTKs (Receptor tyrosine kinases), describe: 1. How ligand binding activates the receptor. Ex: which proteins are involved? what changes can occur to the receptor after binding the ligand? 2. A signal transduction pathway that occurs due to the ligand binding (must include a secondary messenger). 3. Any cellular response due to the ligand binding.
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter9: Cell Communication
Section: Chapter Questions
Problem 11TYK: Discuss Concepts Describe the possible ways in which a G-proteincoupled receptor pathway could...
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E: Using either GPCRs (G-protein couples receptors) or RTKs (Receptor tyrosine kinases), describe:
1. How ligand binding activates the receptor. Ex: which proteins are involved? what changes can occur to the receptor after binding the ligand?
2. A signal transduction pathway that occurs due to the ligand binding (must include a secondary messenger).
3. Any cellular response due to the ligand binding.
4. A way that the signal pathway is regulated.
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