Ligands will bind to the receptor site causing the tyrosine protein kinases to associate together in a process known as dimerization -- because there is a formation of a dimer. Once we have dimerization, ATP will phosphorylate the tyrosines causing the inactive relay molecules to become active causing a cellular response.
Though this would help seeing as how there is no audio. ;)
Ligands will bind to the receptor site causing the tyrosine protein kinases to associate together in a process known as dimerization -- because there is a formation of a dimer. Once we have dimerization, ATP will phosphorylate the tyrosines causing the inactive relay molecules to become active causing a cellular response.
Though this would help seeing as how there is no audio. ;)
RealMichaelG 1 year ago
audio would be excelllent with it
drveronicasharma 1 year ago
Good animation of what the receptor is doing. Thanks.
Shaneworld5978 1 year ago
incomplete!!!! what happened to the domains????
sk8taman 1 year ago
Why cant there be talking to walk us through? That would help so much!
revrokb 1 year ago 6
i wonder, what kind of music goes with tyrosine kinase? all i can think of i some kind of elevator tunes.
betteronblondes 2 years ago 3
Its nice, but need music :)
pazangie85 2 years ago