A. Glycine

B. Cholesterol

C. Glutamate

A. Canines

B. Central incisors

D. Mandibular second molar

A. Hypoxia inhibits hexokinase

B. Activation of the regulatory enzymes by high PH

C. Hypoxia stimulates pyruvate dehydrogenase by increased, 2, 3DPG

A. Post transcriptional modification

B. Splicing

D. DNA replication

B. Creatinine

C. Phosphates

D. Xanthine

B. Mandibular canine

C. Mandibular second molar

D. Maxillary second molar

A. Malonyl CoA

B. Acetyl CoA

D. Succinyl CoA

A. Adenine

C. Guanine

D. Cytosine

A. Fat

B. Carbohydrates

C. Proteins

B. Some require C-AMP for their action

C. Short acting

D. Present in many tissues

A. Protein

B. Carbohydrate

D. All of the above

A. Urea cycle

C. Krebs cycle

D. Glycolysis

A. 10-12 years

B. 17-25 years

C. 6-7 years

B. Superior and lingual

C. Inferior and facial

D. Superior and facial

A. Coconut oil

B. Hydrogenated fat

D. Ghee (unsaturated)

A. 80-250 mgs/100 ml

C. 100-140 mgs/100 ml

D. 260-360 mgs/100 ml

B. Prothrombin

C. Fibrinogen

D. Globulin

A. Not related

B. Less

C. The same

A. Increasing acetyl-CoA corboxylase activity

C. Increases the transport of glucose in to the cells

D. Decreases intracellular cAMP level

B. 10-12 months

C. 2-3 years

D. 3-4 years

B. Lecithin

C. Cephalin

D. Sphingomyelin

B. Mevalonate

C. Cholesterol

D. Acetyl CoA

A. Disruption of secondary structure occurs

B. Unfolding occurs

D. Sequence of amino acids remain the same

A. 6 years

B. 8 years

D. 2 years

A. Maxillary canines

B. Mandibular incisors

C. Maxillary incisors

D. Mandibular canines

B. 20 mg%

C. 5 mg%

D. 12 mg%

A. Bile acids

B. Steroid hormones

C. Vitamin D

B. Two years

C. Four years

D. One year

B. Cortisol

C. Gulcagon

D. Growth hormone

A. Oxidation

C. Conjugation

D. Reduction

A. Amino acid sequence of ribonuclease

B. RNA nucleotide sequence

D. Cell walls

A. Creatine

B. Coenzyme A

D. Creatinine

A. Transport cholesterol from liver to peripheral tissues

B. Esterification with PUFA

C. Both of the above

A. 6-1-2-4-3-5-7-8

B. 1-6-2-3-5-4-7-8

D. 6-1-2-4-5-3-7-8

A. Metabolic acidosis

B. Smell of acetone in breath

C. Rotheras test is +ve

A. Covalent bond

B. Vander wall forces

D. Disulfide linkage

A. The catenins desmoplakin

B. a and B catenin

D. cadherins desmoglein

A. 10 11 years

B. 7-8 years

C. 8-9 years

A. Chromium

B. Potassium

D. Copper

A. Third month of intrauterine life

B. In the third month of extra uterine life

C. In the sixth month of intrauterine life

A. Molecular aggregation

B. Denatured state

C. Precipitation

B. 5-Apr

C. 1-1

D. 4-Mar

B. Creatinine

C. Uric Acid

D. Urea

A. Immunofluoresence

C. Electrophoresis

D. Widal test

A. Uric acid

B. Creatinin

C. Urea

A. Kidney

B. Spleen

C. Brain

A. Mandibular lateral incisor

C. Maxillary central incisor

D. Maxillary lateral incisor

B. 8 years

C. 12 years

D. 6 years

A. HDL

B. VLDL

C. Chylomicrons

A. 76EDC21/ 7EDC21

B. EDC21/EDC21

C. 6EDCBA/ 6EDC21