Answer:
Pyruvate helps in the production of ATP.
Explanation:
The molecule of pyruvate converted into acetyl CoA. Then each molecule which is produced during glycolysis loses electron and carbondioxide releases. After the breakdown of pyruvate, the electrons loses by pyruvate are transferred to NAD+ in order to produce NADH, which will be used by the cell to produce energy molecule such as ATP. So we can say that pyruvate plays a vital role in the formation of ATP molecule.
Answer:
Read the Description
Explanation:
Place the steps for the formation of the enzyme pepsinogen in the correct order. The DNA strands unwind, and RNA polymerase binds to the. template strand. The mRNA undergoes intron.
they use the waves that are formed to see and learn about the different layers there are in Earth's crust
It would be the first choice :)
Because when replicating DNA, this process is called semi-conservative
Hope this helps :)
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