During the absorptive state, metabolism adjusts to either provide energy for immediate use or store excess energy to be used later. Match the follwoings process. 1. Anabolic Processes
2. Catabolic Processes

a. Glucose is used as the primary fuel for energy
b. Amino acids from the amino acid pool are used to synthesize proteins.
c. Excess glucose is stored as glycogen in the liver and muscle.
d. Dietary carbohydrate from a meal is digested and absorbed as monosaccharides, mainly glucose.
e. Excess glucose is converted to fatty acids and stored as part of the triglyceride molecule in adipose tissue.
f. Dietary protein from a meal is digested and absorbed as single amino acids.
g. Excess tatty acids combine with glycerol to form which are stored in adipose tissues.
h. Fatty acids are used as fuel sources for some tissues.

A. Catabolic

B.Anabolic.

C. Anabolic

D. Catabolic.

E.Anabolic

F. Catabolic

G. Anabolic

H. Catabolic

Explanation:

Catabolic process is a metabolic processes that breakdown complex or larger molecules into smaller sizes by releasing energy.

The examples of such metabolic processes are;

Glucose is used as the primary fuel for energy

Dietary carbohydrate from a meal is digested and absorbed as monosaccharides, mainly glucose

Dietary protein from a meal is digested and absorbed as single amino acids.

Fatty acids are used as fuel sources for some tissues.

All this processes are catabolic processes because large molecules are broken to smaller ones and all this processes release energy.

Anabolic process is a metabolic process where smaller molecular are build up to form larger molecules and this requires the input of energy.

Examples are;

Glucose is used as the primary fuel for energy

Excess glucose is stored as glycogen in the liver and muscle.

Excess glucose is converted to fatty acids and stored as part of the triglyceride molecule in adipose tissue

Excess tatty acids combine with glycerol to form which are stored in adipose tissues.

All these processes requires the build up of smaller molecules to larger molecules and requires input of energy.

the answer is false?