1. Evaluate the following statements

I. GLYCOGENOLYSIS -Breakdown of Glycogen to Glucose

GLUCONEOGENESIS -Conversion of non CHON precursor to Glucose

• only statement I is correct

• only statement II is correct

• both statements are correct

• both are incorrect

Evaluate the following statements

I. GLYCOLYSIS -Breakdown of Glucose/Glycogen to Pyruvate

II. GLYCOGENESIS -Synthesis of Glycogen from Glucose

• only statement I is correct

• only statement II is correct

• both statements are correct

• both are incorrect

A process which is hydrolytic in nature and catalyzed by enzymes in which complex food material is changed into simple molecules which can be absorbed, metabolized, and excreted

• catabolism

• anabolism

• metabolism

• digestion

• endogenous route of metabolism

Folacin deficiency

• pernicious anemia

• leukemia

• megaloblastic anemia

• beri-beri

• NOTA

LIEBERMANN’S TEST is used for?

• tryptophan

• tyrosine

• aromatic amino acids

• peptide linkage

• cysteine, cystine and methionine

MILLON’S TEST is used for?

• tryptophan

• tyrosine

• aromatic amino acids

• peptide linkage

• cysteine, cystine and methionine

HOPKIN COLE’S REACTION is used for?

• tryptophan

• tyrosine

• aromatic amino acids

• peptide linkage

• cysteine, cystine and methionine

BIURET TEST is used for?

• tryptophan

• tyrosine

• aromatic amino acids

• peptide linkage

• cysteine, cystine and methionine

Which describes a receptor?

• protein in nature

• Relatively small region of a macromolecule

• maybe an enzyme

• protein in nature and relatively small region of a macromolecule

• AOTA

Bacteriostatic in pharmaceuticals for injection, ophthalmic, and intranasal preparations

• Benzyl Alcohol

• Chlorobutanol

• Benzyl Alcohol

• Benzoic Acid

• Sodium Benzoate