Nucleo Proteins & Mineral Metabolism

A. To screen for recombinant vectors
B. To detect gene mutations
C. To identify desired chromosomal DNA insert in plasmid vectors
D. To detect host DNA in situ

A. Altering the free energy of the action
B. Inhibiting the backward reaction
C. Enhancing the forward reaction
D. Decreasing the energy of activation

A. Protein
B. Water
C. Vitamin
D. Minerals

A. Post translation modification
B. Post transcriptional modification
C. DNA replication
D. Splicing

A. 2.5 – 4.5 mgm%
B. 7-9 mgm%
C. 40-50 mgm%
D. 1-2 mgm%

A. Protein
B. Potassium
C. Urea
D. Phosphate

A. 1gm
B. 10 microgram
C. 10 mg
D. 20 mg

A. Ca++
B. Zn++
C. Cu++
D. Selenium

A. Gut
B. Spleen
C. Liver
D. All of the above

A. Chromium
B. Selenium
C. Magnesium
D. Calcium