A. Lebers neuropathy

C. Gauchers disease

D. Epidermolysis bullosa

A. Alpha galactosidase

C. Muscle phosphorylase

D. Acid Lipase

A. GLUT-2 stimulated by insulin

B. Glucokinase has a low Km for glucose

D. Hexokinase in liver has a high affinity for glucose

A. Gluconeogenesis

C. Beta oxidation

D. TCA cycle

A. A base

B. Thermoplastic

D. A solvent

A. Palmitic acid

C. Fructose

D. Acetyl CoA

A. c GMP

C. Phosphatidyl inosital

D. c AMP

A. Alanine

B. Glycerol

C. Ketones

B. Glucose

C. Fructose

D. Maltose

A. Inorganic phosphate

C. Cu++

D. MN++

A. Chylomicrons

B. VLDL

D. HDL

B. Brain

C. Kidney

D. Intestine

A. Amino acids

B. Carbohydrate

D. Lipid

B. N-methyl nicotinamide

C. Riboflavin

D. PRPP

A. Vit D

B. Vit A

C. Vit B2

A. Deoxy pentose sugar

B. Phosphoric acid

C. Purine bases

A. Aspartate

C. Glutamine

D. Urea Aspartate

A. Maturation of procollagen

B. Formation of osteoid matrix

C. Calcification of osteoid

A. 16 gm

C. 5 gm

D. 10 gm

A. Triglycerides

C. Fatty acids

D. Sphingomyelins

A. Phenylalanine

C. Ornithine

D. Glutamine

A. Threonine

C. Tyrosine

D. Histidine

A. Pyruvate

C. Oxalo acetic acid

D. Acetic acid

A. Is requirement for lysyl oxidase

B. Is harmless in high doses

D. Decrease iron absorption

B. All of the above

C. Peptides

D. Peptones

A. Arginase

B. Ornithine

D. Urease

A. Vit C deficiency

B. Vit D deficiency

C. Vit B1 deficiency

A. Acetocetate

B. Acetone

D. Beta hydroxybutyric acid

A. Vitamin K deficiency

B. Vitamin D deficiency

D. Vitamin C deficiency

A. Radish

B. Cabbage

C. Guava

A. 12

C. 16

D. 6

A. Glycocholic acid

C. Chenodeoxy cholic acid

D. Testosterone

A. is necessary for storage of carbohydrates

C. aids in absorption of carbohydrates

D. has a high caloric value

B. Acetyl CoA

C. Succinyl CoA

D. Malonyl CoA

A. Beri beri

B. Perleche

C. Nyctalopia

B. None of the above

C. Amino acids

D. Fatty acids

B. Alkaptonuria

C. Homocystinuria

D. Phenyl ketonuria

A. Linoleic, arachidonic and stearic acid

B. Oleic, linoleic and linolenic acid

D. Palmitic Oleic and arachidonic

A. Retinotic acid

C. Niacin

D. Pyridoxin

A. Transamination

B. Hydroxylation

C. Reduction

B. Cytochrome A

C. Cytochrome

D. Cytochrome C

A. Glucose

B. Fatty acid

D. Glycerol

B. Lecithin

C. Globulin

D. Albumin

A. Linolenic acid

C. Palmitic acid

D. Arachitlonic acid

B. Methionine

C. Valine

D. Histidine

A. Phosphates

C. Tannins

D. Phytates

B. A+T=G+C

C. A/T=G/C

D. A=U=T=G=C

A. Translation

B. Transduction

C. Translocation

B. Involved in serotonin synthesis

C. Involved in melatonin in synthesis

D. Involved in niacin synthesis

A. 350 to 375

B. 300 to 320

D. 200 to 250