A. Hydroxy B12

C. None of the above

D. Cyano cobalamine

A. HDL

B. Chylomicrons

C. LDL

A. Cephalin

C. Lecithin

D. Sphingomyelin

A. Phylloquinone

C. Thiamine

D. Niacin

B. Intrinsic factor of castle

C. A fat soluble vitamin

D. Cyano cobalamine

A. Amylase

C. Sucrase

D. Chymotrypsin

B. HDL (High density lipoprotein)

C. VLDL (Very low density lipoprotein)

D. Chylomicron

A. Defective collagen synthesis

B. Subcutaneous & other hemorrhage

D. Soft swollen gums

B. Lactoferrin

C. Apoferritin

D. Ferritin

A. Initiation of protein synthesis

B. Elongation of polypeptide chain

C. Pre-translational modification of protein

A. Arginine

B. Glutamic acid

D. Valine

A. It gets broken down to nucleotides

B. It becomes double stranded irreversibly

C. It becomes single stranded irreversibly

A. 7

B. 4

C. 5

A. Cystine

C. Ornithine

D. Arginine

E. Lysine

A. Denatured state

C. Precipitation

D. Molecular aggregation

B. Cu++

C. Ca++

D. Selenium

A. Ligase

B. DNAse

D. Reverse transcriptase

B. It is a tripetide

C. It scavenges free radicals and superoxide ions

D. It conjugates xenobiotics

A. 19-21 mg/dl

C. 20-30 mg/dl

D. 4-6 mg/dl

A. DNA

C. t-RNA

D. Ribosomal RNA

A. Proline

B. Lysine

C. Glycine

B. To screen for recombinant vectors

C. To detect host DNA in situ

D. To detect gene mutations

A. Protein

B. Phosphate

D. Urea

A. Golgi complex

B. Endoplasmic reticulum

D. Post transcription

A. Kidneys

B. Testes

D. Eye

A. Amino acid sequence of ribonuclease

B. RNA nucleotide sequence

C. Cell walls

B. Fructose

C. None of the above

D. Sucrose

B. 6-7.2 meq/L

C. 2.8-3.8 meq/L

D. 5-5.8 meq/L

A. Nucleus

B. Mitochondria

C. None of the above

A. Laminin

B. nidogen

C. Eutactin

A. Fracastorius

B. Edward Jenner

D. John snow

B. Glycolysis

C. Gluconeogenesis

D. Glycogenolysis

A. G proteins bind to hormones on the cell surface

C. All the three subunits alpha, beta and gamma should bind each other for G protein to act

D. G protein is bound to GTP in resting state

A. Ketone bodies

B. Leucine

D. Cholesterol

B. Inter relation of amino acids in 2 polypeptide chains

C. Inter relation between amino acids in a single polypeptide chain

D. The arrangement sequence of amino acids in the polypeptide chain

A. Translocation

B. Conjugation

D. Transduction

A. Silent mutation

B. Transversion

D. Frame shift mutation

A. Glucose

C. Acetone

D. Glycerol

A. Posterior column abnormalities

B. Cerebellar ataxia

C. Hemolytic anemia

A. O2

B. Fe+2

C. Ascorbic acid

A. HMG CoA lyase

C. Mevalonate synthetase

D. HMG CoA synthetase

A. a and B catenin

B. The catenins desmoplakin

D. cadherins desmoglein

B. Leucine

C. Alanine

D. Histidine

A. VIII a

C. None of the above

D. V a

A. Palmitic acid

B. Oleic acid

C. Stearic acid

B. 3- Hydroxy phenyl pyruvate

C. Phenyl acetate

D. Phenyl lactate

A. Operator

B. Terminator

C. Anti terminator

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