Bioinformatics- Algorithms and Applications

Bioinformatics- Algorithms and Applications

Bio-Informatics - IITM via YouTube Direct link

Concepts and importance of Bioinformatics

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1 of 69

Concepts and importance of Bioinformatics

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Bioinformatics- Algorithms and Applications

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  1. 1 Concepts and importance of Bioinformatics
  2. 2 Complexities in biological systems
  3. 3 DNA sequence analysis
  4. 4 Sequence based parameters
  5. 5 Database
  6. 6 Database categories
  7. 7 Protein structure and function
  8. 8 Protein structure and function II
  9. 9 Protein sequence databases
  10. 10 Protein sequence databases II
  11. 11 Pairwise alignment
  12. 12 Pairwise alignment II
  13. 13 Uniprot_Demo
  14. 14 Sequence alignment
  15. 15 Sequence alignment II
  16. 16 Sequence alignment: Online resources
  17. 17 Sequence alignment: Online resources II
  18. 18 Conservation score
  19. 19 Conservation score II
  20. 20 Blast - Demo
  21. 21 Phylogenetic trees
  22. 22 Phylogenetic trees II
  23. 23 Protein sequence analysis
  24. 24 Protein sequence analysis II
  25. 25 Hydrophobicity profiles
  26. 26 Patterns and PSSM profiles
  27. 27 Construction of Non-redundant datasets I
  28. 28 Non-redundant datasets II
  29. 29 Protein secondary structure
  30. 30 Secondary structure prediction I
  31. 31 Secondary structure prediction II
  32. 32 Secondary structure prediction III
  33. 33 Protein tertiary structure - I
  34. 34 Protein tertiary structure - II
  35. 35 Protein structure analysis - I
  36. 36 Protein structure analysis - II
  37. 37 Protein structure analysis - III
  38. 38 Demo: PDB or Pymol or PDBParam
  39. 39 Demo: Homology Modelling
  40. 40 Protein structure analysis - IV
  41. 41 Protein structure prediction - I
  42. 42 Protein structure prediction - II
  43. 43 Protein stability - I
  44. 44 Protein stability - II
  45. 45 Stabilizing residues
  46. 46 Thermodynamic database
  47. 47 Stability of proteins upon mutations - I
  48. 48 Stability of proteins upon mutations - II
  49. 49 Demo: ProTherm
  50. 50 Protein folding rate - I
  51. 51 Protein folding rate - II
  52. 52 Protein interactions - I
  53. 53 Protein interactions - II
  54. 54 Computer aided drug design - I
  55. 55 Computer aided drug design - II
  56. 56 Virtual screening - I
  57. 57 Virtual screening - II
  58. 58 QSAR - I
  59. 59 QSAR - II
  60. 60 Demo: Autodock
  61. 61 awk programming - I
  62. 62 awk programming - II
  63. 63 Development of algorithms - I
  64. 64 Development of algorithms - II
  65. 65 Applications of bioinformatics - I
  66. 66 Applications of bioinformatics - II
  67. 67 Overview - I
  68. 68 Overview - II
  69. 69 Demo: Weka

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