Cells that experience a devastating mutation in the gene that encodes g6p dehydrogenase are most likely to experience problems specifically connected to choose one:

a. the krebs cycle.

b. lipid transport.

c. nucleotide biosynthesis.

d. protein catabolism

Question

Annika Dyer

Biology

7 March, 00:48

Cells that experience a devastating mutation in the gene that encodes g6p dehydrogenase are most likely to experience problems specifically connected to choose one:

a. the krebs cycle.

b. lipid transport.

c. nucleotide biosynthesis.

d. protein catabolism

+1

Answers (1)

Know the Answer?

Desirae Lambert · Answer 1

The right answer is nucleotide biosynthesis.

Favism or deficiency of glucose-6-phosphate dehydrogenase, or deficiency of G6PD, is the most widespread enzymatic deficiency in the world. Of genetic origin, it is characterized by a destruction of the red blood cells (hemolysis) during the ingestion of beans or the taking of certain drugs (especially synthesized antimalarials).

The enzyme Glucose-6-phosphate dehydrogenase is involved in the pentose phosphate pathway that produces riboses that are part of the nucleotide composition.

Cells that experience a devastating mutation in the gene that encodes g6p dehydrogenase are most likely to experience problems specifically connected to choose one:a. the krebs cycle.b. lipid transport.c. nucleotide biosynthesis.d. protein catabolism

Cells that experience a devastating mutation in the gene that encodes g6p dehydrogenase are most likely to experience problems specifically connected to choose one:

a. the krebs cycle.

b. lipid transport.

c. nucleotide biosynthesis.

d. protein catabolism