A ATP to ADP

B ADP to ATP

C ATP to cAMP

D AMP to ADP

A Amylase

B Maltose

C Fructose

D Glycogen

A between the subunits

B to the large subunit

C to the small subunit

D none of these

A Leucine

B Arginine

C Tryptophan

D Protein

A I

B II

C III

D IV

A Halves

B Doubles

C Quadruples

D Increases 10-fold

A Catabolism of proteins

B Catabolism of ketones

C Catabolism of purines

D Catabolism fo pyrimidines

A Nucleus

B Mitochondria

C Ribosomes

D Non-particulate cytoplasm

A Thermostable enzyme

B DNA denaturation, followed by annealing

C Specific primers are required

D Thermolabile enzymes

A Linoleic acid

B Palmitoleic acid

C Linolenic acid

D Arachidonic acid