A peptide hormone that is primarily responsible for enhancing gastric mucosal growth, gastric motility, and secretion of hydrochloric acid (HCl) into the stomach.

The presence of this chemical activates pepsinogen (inactive) to pepsin (active).

A hormone that promotes the secretion of pancreatic digestive enzymes such as trypsin, chymotrypsin and carboxypeptidase in their in active forms

This enzyme is secreted by intestinal mucosal membrane further hydrolyze the small peptides to amino acids.

This enzyme is responsible for the hydrolysis of peptide bonds of proteins in the stomach.

Which of the following amino acid is a non essential amino acid?

Degradation of an amino acid takes place in what organ?

The part of an amino acid that is responsible for the synthesis of UREA in the body.

The part of an amino acid that is responsible for the production of energy and energy storage.

The active form of pepsinogen

This is the product of amino acid metabolism that is produced in the liver, transported via the blood to the kidneys and eliminated from the body via urine.

What will be the indication if the patient has high urea in the body?

This hormone is produced when there in an entry of food in the stomach and stretches the lining of the stomach.

This hormone stimulates the production of bicarbonate

which helps neutralize the acidified gastric content

This is a small, droplet, and semi liquid mixture of partly digested triglycerols which floats in the surface.

Chemical digestion of lipids begins in what organ?

An enzyme that is responsible for initiating the digestion of dietary fats in the stomach.

This substance is responsible for the emulsification of chyme upon entering to small intestines.

This alkaline enzyme hydrolyzes ester bonds to form fatty acids and glycerol in the intestine.

It is a hydrophobic substance that is made from the mixtures of fatty acids, monoacyglycerols and bile salts

This substance is responsible for the transportation of triglycerols from intestines to the bloodstream.

Fatty acids and glycerol that are absorbed by the cell are broken down to the acetyl Co-A for energy or repacked to store as lipids.

Adipose tissue also serves as a protection against the heat loss and mechanical shock

This substance has the highest yield of the production of energy.

These are specialized cells that is responsible for the storage of unused triglycerols.

A component of triglycerol that will be converted by liver or kidney to produce dihydroxyacetone phosphate.

This is the product of the reaction of glycerol in liver or kidney that can be utilized to form energy.

This will be the product of fatty acids when reacts with coenzyme A in the presence of ATP to produce high energy.

This will be the product beta oxidation of Acyl CoA when inside the matrix of mitochondria.

This is a coenzyme that plays a crucial role in the cellular energy production.

Malic enzyme catalyses the conversion of Malate to which among the following?

In the Kreb Cycle, this enzyme is responsible for the formation of citrate by the combination of Acety CoA and Oxaloacetate.

The enzyme responsible for the formation of isocitrate.

In the ETC, how many ATP will be produced for each mole of NADH oxidized ?

Which of the following is not a product of the reaction KREB CYCLE?

This is the site of the Kreb cycle in eukaryotes.

Pyruvate, the end product of glycolysis, enters the citric acid cycle after it has been converted to

Product of Krebs cycle essential for oxidative phosphorylation is _______

Which of the following is not formed during the Krebs cycle