First a signal molecule bond to g protein-linked receptors
Then the gdp mode he transforms to gtp
When the GTP molecule combines with the inactive g-protein it becomes active
Then the active G protein attaches to the identical cyclase
the identical cyclase also attaches to ATP and camp
The kinase is then activated by camp and begins the biochemical pathway
Lastly this inactive enzyme
Combines with an active enzyme to become active once the enzyme becomes active it triggers the cellular response
Xt. Mimics the shape of the signaling molecule, which overall
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*LSD DOES NOT AFFECT TYROSINE KINASE*
In the tyrosine kinase receptor system the tyrosine kinase receptor receives a signal
The receptor then binds to the signal molecules and then the two separate parts come together forming a dimer
After closing the kinase takes a phosphate off of the ATP transforming it into ADP and then puts that phosphate onto a tyrosine
Then the kinase is fully activated
After this six different proteins are activated by the kinase which then triggers its transduction pathway
This can lead to a wide variety of cellular responses
