Understanding Chromatography in Biochemistry: A Visual Guide

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Explore the world of chromatography through a series of informative images covering principles, classifications, procedures, and significance of techniques like paper chromatography and thin-layer chromatography (TLC). Delve into the R value, two-dimensional chromatography, and learn about partition chromatography. Enhance your knowledge with detailed visuals and descriptions.


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  1. CHROMATOGRAPHY Biochemistry of Medics 1

  2. Chromatography 2

  3. Chromatography 3

  4. Chromatography- Principle 4

  5. Chromatography- Classification 5

  6. Chromatography- Classification(Contd.) 6

  7. Partition Chromatography 7

  8. Paper chromatography 8

  9. Paper chromatography 9

  10. Paper chromatography- Procedure 10

  11. Paper chromatography- Procedure 11

  12. Ascending and Descending Paper Chromatography 12

  13. Paper Chromatography -Analysis 13

  14. R value 14

  15. Two dimensional chromatography 15

  16. Significance of Paper chromatography 16

  17. Thin layer chromatography (TLC) 17

  18. TLC- Procedure 18

  19. TLC -Overview 19

  20. Significance of TLC 20

  21. Advantages of TLC over paper chromatography 21

  22. 2)Adsorption chromatography 22

  23. 2)Adsorption chromatography- Elution 23

  24. Adsorption chromatography The substance loosely adsorbed to the stationary medium comes in the earlier fraction. 24

  25. Ion Exchange chromatography 25

  26. Ion Exchange chromatography 26

  27. Ion Exchange chromatography- Procedure 27

  28. Ion Exchange chromatography- Procedure (Contd.) 28

  29. Types of ion exchanges resins 29

  30. Ion Exchange chromatography- An Overview Biochemistry of Medics 30

  31. 4) Gel filtration chromatography or Molecular Sieve chromatography 31

  32. Gel filtration chromatography or Molecular Sieve chromatography 32

  33. Gel filtration chromatography-An Overview Larger particles come out first, while smaller particles come in later fractions 33

  34. 5) Affinity chromatography 34

  35. Affinity chromatography- Significance 35

  36. Affinity chromatography- Significance By using antibodies, antigens can be easily separated. Conversely, antibodies can be purified by passing through a column containing the antigen. Specific Antibody binds to a specific antigen attached to the stationary medium, the remaining antibodies come out in earlier fractions. 36 Biochemistry of Medics

  37. 6) High performance liquid chromatography- 37

  38. High performance liquid chromatography- 38

  39. High performance liquid chromatography- Significance 39

  40. High performance liquid chromatography- Apparatus Biochemistry of Medics 40

  41. 6) Gas liquid chromatography- 41

  42. Gas liquid chromatography- 42

  43. Gas liquid chromatography-Apparatus Biochemistry of Medics 43

  44. Summary 44

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