Answer:
The cascade amplifies the cellular signal, thereby receptor activation lead to potent responses
Explanation:
Usual signal transduction is produced by protein phosphorylation, this posttranslational modification activates signal transductors in order to bind receptors and ligands. In multicellular organisms, the signal transduction pathways regulate critical cellular processes including, for example, cell communication
The answer is;
1. Muscle contraction
2. translation of
proteins
3. Glycolysis
<span>ATP is required in muscle contraction which facilitates the actin and myosin fibers
to move across each other. ATP is required in the transport of an amino acid by tRNA to the A site on the ribosome during
translation. In glycolysis, 2 ATPs are consumed in the preliminary stages of the
biochemical cycle before more ATPs are
created</span>
The answer is A i hope this helps if it is wrong im so srry
