Encyclopedia of Molecular Biology

Encyclopedia of Molecular Biology

Online ISBN: 9780471209188

DOI: 10.1002/047120918X

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  1. Antibiotics
  2. Binding interactions (ligand binding, allostery)
    1. Affinity Chromatography
    2. Affinity Electrophoresis
    3. Affinity Labeling
    4. Affinity Maturation
    5. Affinity Selection
    6. Allostery
    7. Anti-Idiotype Immunoglobulins
    8. Antibody
    9. Antibody–Antigen Interactions
    10. Antibody-Conjugated Toxins
    11. Antithrombin
    12. Aspartate Transcarbamoylase
    13. ATP-Binding Motif
    14. Avidin-Biotin System
    15. Barnase and Barstar
    16. Bifunctional Crosslinking Reagents
    17. Binding
    18. BiP (Hsp70)
    19. Bohr Effect
    20. Bowman–Birk Inhibitors
    21. BPTI (Bovine Pancreatic Trypsin Inhibitor)
    22. Calcium-Binding Proteins
    23. Calnexin/Calreticulin
    24. Cell Adhesion Molecules
    25. Chaperonin
    26. Clamp Loaders, Processivity Complex
    27. Competitive Labeling
    28. Cysteine Proteinase Inhibitors
    29. Difference Fourier
    30. DNA-Binding Proteins
    31. DNA:Protein Binding Specificity
    32. DNA:Protein Interaction Thermodynamics
    33. EF-Hand Motif
    34. Effective Molarity
    35. Enzyme-Linked Immunosorbent Assay (ELISA)
    36. Epitope
    37. Equilibrium Dialysis
    38. Excluded Volume
    39. Farr Assay
    40. Ferritins
    41. Filter Binding Assays
    42. Footprinting
    43. Gamma-Carboxyglutamic Acid
    44. Gel Retardation Assay
    45. Globins
    46. Haptens
    47. Hemoglobin
    48. Hemoglobin Mutations
    49. Hill Coefficient, Plot
    50. Holoenzyme, Apoenzyme
    51. HU And Related Proteins
    52. Hydrophobic-Interaction Chromatography
    53. IgA
    54. IgD
    55. IgE
    56. IgG
    57. IgM
    58. Immunoaffinity Chromatography
    59. Immunoassays
    60. Induced Fit
    61. Intercalation
    62. Ion-Exchange Chromatography
    63. Iron-Binding Proteins
    64. Lac Repressor
    65. Lactoferrin
    66. Lambda CI and CRO Repressors
    67. Lectins
    68. LExA Repressor
    69. Light-Activated (Caged) Biological Ligands
    70. Maltose Binding Protein (MBP)
    71. Metal-Requiring Enzymes
    72. Metalloproteins
    73. Metallothionein
    74. Myoglobin
    75. NAD-Binding Proteins
    76. Nucleotide-Binding Motif
    77. Ouchterlony Double Diffusion
    78. Oxygen-Binding Proteins
    79. Penicillin-Binding Proteins
    80. Precipitin Reaction
    81. Preferential Binding
    82. Preferential Hydration
    83. Protein A
    84. Protein Blots (Western Blots)
    85. Protein-DNA Recognition
    86. Protein–Protein Interactions
    87. Radioimmunoassay
    88. RNA-Binding Proteins
    89. Scatchard Plot
    90. Single-Stranded DNA Binding Protein
    91. Streptavidin
    92. Transferrin
    93. Two-Hybrid Systems
    94. Type II DNA-Binding Proteins
    95. Variable Domain, Region
    96. Zinc-Binding Proteins
    97. Zinc-Containing DNA-Binding Motifs
  3. Blood clotting
  4. Catalysis (enzymes, kinetics)
  5. Cell architecture (organelles, membranes, structural proteins)
  6. Cell growth and differentiation
  7. Degradation (apoptosis, & protein, RNA and DNA degradation)
  8. Evolution
  9. Gene expression
  10. Genes and Proteins
  11. Genetics and reproduction
  12. Genomes
  13. Immunity
  14. Metabolism
  15. Nucleic acids
  16. Organisms
  17. Proteins
  18. Sequences
  19. Signal transduction (hormones, receptors, G proteins)
  20. Structures (general)
  21. Techniques
  22. Toxins
  23. Viruses

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