Define and classify carbohydrates. Discuss the structure & functions of biochemically important disaccharides.
[6 marks]Draw flow chart of glycolysis-pathway and discuss its energetic & significance.
[5 marks]Enlist reaction of HMP shunt and explain in detail non-oxidative phase and write significances of HMP shunt.
[5 marks]Define amino acid metabolism and enlist reaction of amino acid metabolism. Explain in detail transamination.
[6 marks]Draw flow chart of tricarboxylic acid cycle with structure and enlist disorders of its cycle.
[5 marks]Explain oxidative phosphorylation with its mechanism.
[5 marks]Define lipid metabolism. Explain de novo synthesis of fatty acid.
[6 marks]Explain following (any two)
[5 marks]Hypercholesterolemia ii) Atherosclerosis iii) Hyperbilirubinemia
[ marks]Explain synthesis and significance of 5-HT & Melatonin.
[5 marks]Explain in detail catabolism of phenylalanine & tyrosine with structur. Enlist their metabolisc disorders.
[6 marks]Discuss waston and crick model of DNA structure.
[5 marks]Explain biosynthesis of pyrimidine nucleotides.
[5 marks]Define genetic code. Describe the characteristics of genetic code. Add note on the effect of mutation on genetic code.
[6 marks]Define following term
[5 marks]Biomolecules ii) bioenergetics iii) proteins iv) catabolism
[ marks]Explain relationship between free energy, enthalpy and entropy. Q. 6 (a) Define enzyme inhibitor. Classify enzyme inhibitor and explain its.
[6 marks]What are enzymes? Describe their classification and nomenclature.
[5 marks]Define following term
[5 marks]coenzymes ii) allosteric enzymes iii) isoenzymes iv) deamination
[ marks]Explain reaction of urea cycle with structure.
[6 marks]Define ketone bodies. Describe its formation and utilization.
[5 marks]Explain electron transport chain and its mechanism.
[5 marks]