A. Krebs cycle

B. Urea cycle

C. Glycolysis

A. Acetoacetic acid and oxalocacetic acid

B. Acetoacetic acid and pyruvic acid

D. Acetoacetic acid and alpha ketoglutaric acid

B. Cholesterol

C. Glutamate

D. Glycine

A. Magnesium

C. Chromium

D. Calcium

B. Lipolysis

C. Gluconeogenesis

D. Decreased rate of glucose uptake by cells

A. Urea

B. Uric acid

D. Creatinin

A. Alpha 1 globulin

C. Beta Globulin

D. Gamma Globulin

A. Splicing

C. DNA replication

D. Post transcriptional modification

B. 35% proteins, 15% fats, 50% carbohydrates

C. 25% proteins, 25% fats, 50% carbohydrates

D. 20% proteins, 35% fats, 45% carbohydrates

A. Creatinine

B. Glutamine

C. Uric acid

B. 1000-4000 Bodansky units

C. 100-400 Bodansky units

D. 0.1-0.4 Bodansky units

B. Cortisol

C. Growth hormone

D. Gulcagon

A. Disulphide bond

B. Ionic bond

C. H2 bond

E. Hydrophobic

A. Golgi apparatus

B. Mitochondria

C. Nucleus

B. Ketone bodies

C. Cholesterol

D. Fat

A. Thiamine

C. Riboflavin

D. Pyridoxine

A. Blood

B. Spleen

D. Kidney

A. VLDL

B. Chylomicrons

D. LDL

A. Non Sense mutation of beta chain

B. Deletion of beta chain

C. Degradation of beta chain

A. Cytosine

B. Guanine

D. Adenine

B. 260-360 mgs/100 ml

C. 100-140 mgs/100 ml

D. 80-250 mgs/100 ml

A. Edwarg Angle

B. G.V Black

C. Watson and Crick

A. < 160 mmo/L

B. >135 mmol/L

C. < 100 mmo/L

B. Fat

C. Proteins

D. Carbohydrates

A. Hyaluronic acid binding protein

B. Fibrinogen

C. Collagen

B. Acyl transferase

C. Aceto acetate synthetase

D. Biotin

B. Irons

C. Electrolytes

D. Non electrical insulators

A. Vitamin

B. Water

C. Protein

A. Bile acids

C. Vitamin D

D. Steroid hormones

A. O2Hb +K hemoglobinate

C. H2CO3 + KHCO3

D. O2 Hb +Na hemoglobinate

A. Urea

C. Creatinine

D. Uric Acid

B. Cyclic GMP

C. Calcium release

D. Adenosine cyclate

A. Hays test

B. Ehrlichs test

C. Barfoed test

B. Short acting

C. Present in many tissues

D. Some require C-AMP for their action

B. Golgi bodies

C. Mitochondria

D. Nucleus

A. Active state

B. All of the above

C. Resting state

B. Lipo oxygenase inhibition

C. Peroxidase

D. Reductase

A. Nucleus

B. Centrosome

D. Mitochondria

A. 100 150 mg

B. 60 100 mg

D. 30 40 mg

A. Glutaminase

C. Uricase

D. Urease

A. Phenylalanine, Arginine Methinonine

C. Phenylalanine, Valine, Glycine

D. Histidine, Glutamine, Valine

A. Peroxidase

B. Dehydrogenase

D. Hydrolase

A. Pheylalanine hydroxylase

C. Tyrosine transaminase

D. Cystathionase

A. Between Helix C and D

B. Surrounded by non polar environment

C. Bonded to E7 histidine

A. Valine

B. Leucine

D. Lycie

A. Niacin

B. Ascorbic acid

C. Thiamine

A. Not known

B. Hydrogen bonding

C. Vander wall forces

A. Tyrosine

B. Theronine

D. Histidine

B. Fibronectin

C. Tenascin

D. E Cadherins

B. 1gm

C. 20 mg

D. 10 microgram