A. Act as syncytium

B. Has gap junctions

C. Has branching

B. Chronotropic effect

C. Dromotropic effect

D. Bathmotropic

A. Systolic ejection

C. Isovolumetric relaxation

D. Isovolumetric contraction

A. Androgen

C. Insulin

D. GH

A. Kidney

B. Liver

D. Cardiac muscle

A. Gluconeogenesis

C. Hill reaction

D. Muni effect

B. Superoxide dismutase

C. Tocopherol

D. Urate

B. NADPH cytochrome P-450 reductase

C. Glucuronyl transferase

D. Glutathione S-transferase

A. Alpha ketoglutrate to succinyl CoA

B. Oxalocetate to citrate

C. Succinate to fumarate

A. Dehydration

B. Aldol cleavage

C. Phosphate transfer

B. Fructose and glucose

C. Fructose only

D. Sucrose only

A. Lactating mammary gland

B. Liver

D. WBC

E. Testes

A. SGPT

B. Alkaline phosphatase

D. SGOT

A. Phospho mevalonate kinase

B. HMG CoA reductase

D. Pyrophospho mevalonate decarboxylase

A. 32

B. 8

D. 2

B. Citrate

C. Adenosine tri phosphate

D. Cyclic AMP

A. Pro enzyme

B. Co-enzyme

D. Holoenzyme

A. Flavoprotein

B. Cytochrome A

D. Cytochrome Cl

B. Electron transport chain

C. Transport of ATP

D. Protein folding

A. Dextrin

C. Gructose

D. Glucose

A. Decrease of km and increase of Vmax

B. Decrease of km and decrease of Vmax

D. increase of km and increase of Vmax

A. Pyruvic acid

B. Acetoacetic acid

C. Oxaloacetic acid

B. Alanine

C. Glycerol

D. Tryptophan

A. Glycine

C. Ornithine

D. Oxalocetate

A. Acetyl co enzyme A

C. Pyridoxine

D. Biotin

B. The hydrolysis of sucrose yields only glucose

C. The hydrolysis of maltose yields glucose and fructose

D. All of the above statements are true

A. 2- phospho glyceric acid

C. 3- phospho glyceric acid

D. 3- phospho glyceralehyde

B. All of the above

C. Muscle

D. Heart

A. McArdles syndrome

B. Downs syndrome

D. Pompers disease

A. Nucleus

B. Non-particulate cytoplasm

D. Ribosomes

B. Lithocholic acid

C. Deoxycholic acid

D. Chenodeoxycholic acid

E. Cholic acid

A. Phosphoglutamase

B. Debranching enzyme

C. Branching enzyme

A. Urea

C. Creatine

D. None of the above

A. Hypothyroidism

B. Carcinoma of prostate

D. Myocardial infarction

A. Mitochondria

C. Golgi bodies

D. Nucleus

B. Malonyl CoA carboxylase

C. Carbomoyl Phosphate synthetase

D. Adenosine phospho ribosyl transferase

A. Glycerol

C. Lactic acid

D. Amino acids

A. Sucrose

B. Maltose

C. Lactose

A. GTP

B. Guanosine

D. Pyruvate Kinase

A. Coenzymes

C. Holoenzymes

D. Apoenzymes

A. Lactic acid

C. Glycoprotein

D. Glucose

A. Phosphoglycero mutase

B. Aldolase

D. Enolase

A. Pyruvate dehydrogenase

B. Alpha ketoglutarate dehydrogenase

C. Succinate dehydrogenase

D. Enolase

A. Glutarate

B. Isocitrate

D. Oxalocetate

A. Glutamate oxaloacetate transaminase

C. Acid phosphatase

D. Glutamate pyruvate transaminase

A. Lactose

B. Glucose

C. Maltose

B. Citrate, Ketoglutarate, Oxalocetate

C. Oxalocetate, Ketoglutarate, Citrate

D. Ketoglutarate, Oxalocetate, Citrate

A. Lactate dehydrogenase

B. Beta hydroxy acyl CoA dehydrogenase

C. Glyceraldehyde 3 phosphate dehydrogenase

A. Glucose diphosphatase

B. Hexokinase

D. Glucokinase

B. Glucose 1,6 diphosphatase

C. Pyruvate kinase

D. Hexokinase