Neurons normally derive ATP solely through

A) aerobic respiration.

B) anaerobic respiration.

C) formation of creatine phosphate.

D) use of stored glycogen.

E) both A and D

Question

Biology

Mckenzie Coffey

27 February, 15:28

Neurons normally derive ATP solely through

A) aerobic respiration.

B) anaerobic respiration.

C) formation of creatine phosphate.

D) use of stored glycogen.

E) both A and D

+5

Answers (1)

Know the Answer?

Gillian Castaneda · Answer 1

A. Aerobic respiration

Explanation:

The cell body of neurons have mitochondria which in turn serve as the site for ATP production. Nerve cells derive their energy by complete oxidation of glucose by the process of aerobic respiration. The enzymes required for aerobic respiration of glucose are present in mitochondria. The ATP molecules produced in cell bodies are delivered to the other parts of neurons to serve as source of energy during conduction of nerve impulse.

Neurons normally derive ATP solely throughA) aerobic respiration.B) anaerobic respiration.C) formation of creatine phosphate.D) use of stored glycogen.E) both A and D

Neurons normally derive ATP solely through

A) aerobic respiration.

B) anaerobic respiration.

C) formation of creatine phosphate.

D) use of stored glycogen.

E) both A and D