oRelate these molecules to each other with regard to activation/inhibition, downstream consequences and functions. oIllustrate the structures...

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Biology

oRelate these molecules to each other with regard toactivation/inhibition, downstream consequences and functions.
oIllustrate the structures of a GPCR & RTK and relate tomechanisms of translation discussed previously.
oDevelop an experimental strategy to differentiate between thesereceptor groups and determine their structure with regard to themembrane.
oIllustrate/describe mechanisms of activation of GPCR andRTK.
oCompare and differentiate the role of G-proteins in the GPCRand RTK pathways.
oGiven a scenario, draw/interpret an epistatic pathway(including understanding how a mutation might affect thepathway)
oDescribe and interpret basics of signaling by TGF-b receptors& intracellular receptors, including type of ligand, andmechanism of signal transduction

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4.1 Ratings (484 Votes)

1 Receptor tyrosine kinase is the plama membrane receptor that also have enzymatic activity It catalysis the transfer of phosphate group from the ATP to the tyrosine group on the substrate RTK inhibitors are present which makes RTK inactive GPCR G protein coupled receptors This receptor exert its action by binding to GTP When GDP is bound to GPCR they See Answer

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