Biochemistry Lectures Notes from University of Arkansas for Medical Sciences (UAMS)

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Biochemistry Lectures Notes from University of Arkansas for Medical Sciences (UAMS)

1.    Introduction, Review of Biomolecules

2.    Water, pH and dissociation

3.    Biomolecules: Amino Acids and Peptides

4.    Biomolecules: Peptides and Proteins

5.    Higher Order Protein Structures

6.    Protein Binding Phenomenon

7.    Myoglobin and Hemoglobin

8.    Immunoglobulins as binding proteins

9.    Protein Mutations and Disease

10. Nucleotide Structure

11. DNA structure and properties

12. RNA structure and properties

13. DNA organization and replication
Transcription and RNA processing

14. Control of Transcription-procaryotes

15. Protein Synthesis and the Genetic Code

16. Synthesis of membrane proteins

17. Molecular tools of genetic diagnosis

18. Enzymes

19. Enzyme Kinetics

20. Regulation of Enzyme activity

21. Enzyme Cascades – Blood Clotting

22. Muscle and cytoskeleton

23. Overview of metabolism

24. Bioenergetics

25. Glycolysis

26. Citric Acid Cycle, Pyruvate dehydrog

27. Citric Acid Cycle and anaplerosis

28. Electron transport;  

29. Oxidative phosphorylation

30. Mitochondria,energy, citric acid cycle

31. Glycogen metabolism and control

32. Gluconeogenesis

33. Hormonal Regulation: glycolysis/gluconeo

34. Pentose Phosphate pathway

35. Sugar catabolism and biosynthesis

36. Clinical Correlation- Type-II diabetesComFatty Acid Biosynthesis

37. Fatty Acid Oxidation

38. Clinical Correlation- Hyperlipidemia

39. Eicosanoid metabolism

40. Membrane lipid biosynthesis

41. Cholesterol and bile acid metabolism

42. Digestion and Absorption

43. Lipid transport and storage

44. Lipid-soluble vitamins

45. Metabolic Integration/Nutrition

46. Water-soluble vitamins I

47. Clinical Correlation - angina/folate

48. Water-soluble vitamins II

49. Xenobiotic metabolism

50. Biosynthesis of amino acids

51. NitrogeSpecialized amino acids/heme biosynth

52. Pyrimidine metabolism

53. Membrane bilayer properties

54. Membrane transport

55. Membrane receptors

56. Cancer and Oncogenes

57. Growth and Differentiation

58. Biochemical and genetic basis of disease

59. Metabolism;

60. Carbohydrates