Answer:
Cell signaling involves three stages that are reception of signal molecules by the cell surface receptor, transduction of that signal molecules and response of the signal molecule.
Reception: In reception, the items that are involved are receptor molecules and cell surface receptors like G- protein-coupled receptors, receptor tyrosine kinase, enzyme-linked receptors.
Transduction: In transduction, the items involved are adenylyl cyclase, phosphorylation cascade, second messenger like cAMP, DAG and IP3.
Response: The response of cell signaling is the starting of molecular processes and the production of proteins.
Correct answer - 3 m/s.
Why? - Acceleration formula - V1 - V0 / T.
18 - 9 / 3
9 / 3
= 3 m/s.
Answer:
in the process of of glucose oxidation, it produces CO₂ and water and releases -686kcal/mol of free energy and in the reduction reaction of NAD+ to NADH, it produce +53 kcal/mol of free energy. only two molecules of NADH is formed during glycolysis, because-
Most of the free energy available from the oxidation of glucose remains in the pyruvate form which is one of the products of glycolysis.
Answer:
The clarification of the hypothetical is outlined in the following portion.
Explanation:
- Cellular respiration would be the predominant mechanism justification for transferring chemical resources, and perhaps the reagents/products associated with cell respiration have become glucose, CO2, and water.
- Although the basic functionalities responsible for cell oxygenation can vary from individual to individual, a few other sorts of cell respiration have always been performed by all living creatures.
Answer: <u><em>50/50 chance </em></u>
Explanation: children get 50% of their genes from mom and dad.
if mom can theres a 50% chance, if the man cannot theres a 50% chance he kid cannot.
