In the hypothetical signaling pathway shown below, the hormone 'square' binds to its high-affinity receptor, which activates a protein 'X,' which diffuses to and activates the enzyme 'Q synthase'....


In the hypothetical signaling pathway shown below, the hormone 'square' binds to its high-affinity receptor, which activates a protein 'X,' which diffuses to and<br>activates the enzyme 'Q synthase'. When active, Q synthase catalyzes the conversion of 'P' to 'Q.' 'Q' then diffuses to the enzyme 'C kinase', which catalyzes the<br>phosphorylation of 'C'. Phosphorylated 'C' then diffuses to and binds to the Ca* channels in an organelle membrane, which causes them to open and release<br>Ca, which then triggers the cellular response. The second messenger in this pathway is<br>Square<br>Q synthase<br>C kinase<br>AGBO<br>+.<br>ARP<br>Ca2+<br>

Extracted text: In the hypothetical signaling pathway shown below, the hormone 'square' binds to its high-affinity receptor, which activates a protein 'X,' which diffuses to and activates the enzyme 'Q synthase'. When active, Q synthase catalyzes the conversion of 'P' to 'Q.' 'Q' then diffuses to the enzyme 'C kinase', which catalyzes the phosphorylation of 'C'. Phosphorylated 'C' then diffuses to and binds to the Ca* channels in an organelle membrane, which causes them to open and release Ca, which then triggers the cellular response. The second messenger in this pathway is Square Q synthase C kinase AGBO +. ARP Ca2+

Jun 11, 2022
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