Question

Glycolysis occurs in almost all organisms on earth. From this we might conclude that __________. Glycolysis occurs in almost all organisms on earth. From this we might conclude that __________. Glycolysis evolved because plants produce glucose glycolysis evolved very early in ancestors that are common to all the domains of life glycolysis first evolved in the presence of oxygen glycolysis is the most efficient energy-producing process in living cells

Answer 1

Glycolysis is an ancient, universal metabolic process that evolved very early in the history of life and is conserved across all domains of life.

Step-by-step explanation:

Glycolysis is a series of reactions that extract energy from glucose. This metabolic pathway occurs in the cytoplasm of nearly every cell and is thought to have evolved early in the history of life. Since glycolysis is found across all domains of life and does not require oxygen, we might conclude that it evolved very early in ancestors common to all domains, before the atmosphere contained oxygen, and has been conserved throughout evolution because of its essential role in producing ATP and precursor molecules for cellular metabolism.

Answer 2

Glycolysis evolved very early in ancestors that are common to all the domains of life.

This is because the site of glycolysis is cytoplasm which is present in both prokaryotes as well as eukaryotes.

As prokaryotes are the early ancestors of all domains of life therefore it is also considered that glycolysis is evolved very early.