CHARTS ON BIOCHEMISTRY

CHARTS ON BIOCHEMISTRY :

BASICS.                                                                     21. Isoprenoids.

                                                                                    22. Stewriod Structure.

1. Periodic Table.                                                         23. Classes of Steriods.

2. Chemical Bond.

3. Molecular Structure.                                     AMINO ACIDS.

4. Biomolecules.

5. Energetics.                                                                24. Amino Acid Properties.

6. Free Energy.                                                              25. Proteinogenic Amino Acids.

7. Enthalpy and Entropy.                                               26. Amino Acid Analysis.

8. Reaction Kinetics.                                                    

9. Catalysis.                                                                  PEPTIDES AND PROTEINS.

10. Hydrophobic Interactions.

11. Acids and Bases.                                                    27. Functions of Proteins.

12. Buffer System.                                                        28. The Peptide Bond.

13. Redox Processes.                                                   29. Secondary Structures.

                                                                                    30. Structural Proteins.

BIOMOLECULES.                                                   31. Globular Protein.

                                                                                    32. Protein Folding.

14. Sugar Derivatives.                                                   33. Insulin : Structure.

15. Monosaccharides.                                                  34. Molecular Model-Insulin.

16. Disaccharides & Polysaccharides.

17. Glycoproteins & Glycosaminoglycans.                     NUCLEOTIDES, NUCLEIC ACIDS.

LIPIDS.                                                                      35. Nucleobases, nucleotides, RNA,

                                                                                          DNA.

18. Lipids Overview.                                                    36. Functions of Nucleic Acids.

19. Fatty Acids.                                                            37. Molecular Model: DNA, tRNA.

20. Phospholipids & Glycolipids.

METABOLISM.                                                       CATABOLIC CARBOHYDRATE

                                                                                    METABOLISM.

38. Enzyme Classification.

39. Enzmyme Catalysis.                                                65. Glycolysis.

40. Enzyme Kinetics.                                                    66. Hexose Monophosphate Pathways.

41. Inhibitors.

42. Lactate Dehydrogenase                                          CATABOLIC LIPID METABOLISM.

      Structure.

43. Lactate Dehydrogenase                                        67. Fat Metabolism - Overview.

      Mechanism.                                                            68. Degradation of fatty acids :

44. Enzymatic Analysis.                                                      -Oxidation.

45. Redox Coenzymes.                                                 69. Minor pathways of fatty

46. Group-Transferring                                                       acid degradation.

      Coenzymes.                                                           

                                                                                    CATABOLIC PROTEIN

METABOLIC REGULATION.                               METABOLISM.

47. Intermediatry Metabolism.                                      70. Nitrogen Balance, peptidases.

48. Regulatory mechanism.                                           71. Transamination and deamination.

49. Transcriptional Control.                                          72. Amino acid degradation.

50. Hormonal Control.

51. Allosteric Regulation.                                              CATABOLIC NUCLEIC

                                                                                    ACID METABOLISM.

 ENERGY MTABOLISM.

                                                                                    73. Nucleotide Degradation.

52. ATP.

53. Energy Conservation at                                           ANABOLIC CARBOHYDRATE

      Membranes.                                                           METABOLISM.

54. Photosynthesis: Light Reactions.

55. Photosynthesis: Dark Reactions.                              74. Gluconeogenesis.

56. Molecular Models:                                                     75. Glycogen Metabolism.

      Bacteriorhodopsin-                                                    76. Regulation of Carbohydrate

      Reaction Centre.                                                           Metabolism.

57. Oxoacid Dehydrogenases.                                          77. Diabetes Mellitus.

58. Citric Acid Cycle : Reaction.

59. Citric Acid Cycle :                                                   ANABOLIC LIPID METABOLISM.

      Metabolic Functions.

60. Respiratory Chain.                                                    78. FATTY Acid Synthesis.

61. ATP Synthesis.                                                          79. Biosynthesis of Complex Lipids.

62. Regulation of Energy:                                              80. Biosynthesis of Cholesterol.

      Metabolism-I.

63. Regulation of Energy :                                             ANABOLIC PROTEIN

      Metabolism-II.                                                       METABOLISM.

64. Fermentations.

                                                                                    81. Amino Acid Biosynthesis.