Encyclopedia of Molecular Biology

Encyclopedia of Molecular Biology

Online ISBN: 9780471209188

DOI: 10.1002/047120918X

Browse by Topic

  1. Antibiotics
  2. Binding interactions (ligand binding, allostery)
  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)
    1. A-DNA
    2. Acceptor Stem
    3. Accessible Surface
    4. Alpha-Helix (310-Helix and Pi-Helix)
    5. Alpha-Helix Formation
    6. Amino Groups
    7. Amphipathic
    8. Amphoteric
    9. Amyloid
    10. Anti Conformation
    11. Antiparallel Beta-Barrel Motifs
    12. AP Sites (Apurinic/Apyrimidinic Sites)
    13. Asymmetric Unit
    14. Atomic Force Microscopy
    15. ATP-Binding Motif
    16. B-DNA
    17. Backbone
    18. Base Pairs
    19. Beta-Bulge
    20. Beta-Helix
    21. Beta-Meander
    22. Beta-Pleated Sheet
    23. Beta-Sheet
    24. Beta-Strand
    25. Beta-Turns
    26. Biopolymer
    27. bZip Domain
    28. C-Terminus
    29. 5′ Cap
    30. Carboxyl Groups
    31. Chemical Shift
    32. Chiral and Chiral Center
    33. Cis Configuration
    34. Cis/Trans Isomerization
    35. Coiled-Coils
    36. Compressibility
    37. Computer Simulation of Biological Molecules
    38. Concatemers
    39. Configuration
    40. Conformation
    41. Contact Maps
    42. Contrast Variation
    43. COSY Spectrum
    44. Crystallography
    45. Cystine Knot
    46. DEAD and DEAH Domains
    47. Diastereomer
    48. Dihedral Angle
    49. Distance Geometry
    50. Disulfide Bonds
    51. DNA Dynamics
    52. DNA Structure
    53. DNA Topology
    54. Domain Shuffling
    55. Domain, Chromosomal
    56. Domain, Protein
    57. Dot Plot
    58. EF-Hand Motif
    59. EGF Motif
    60. Electron Crystallography
    61. Electron Imaging
    62. Electron Microscopy
    63. Electron Tomography
    64. Electrostatic Interactions
    65. Enantiomer
    66. Epimers and Epimerization
    67. Excluded Volume
    68. Expansibility
    69. Extended X-Ray Absorption Fluorescence Spectroscopy (EXAFS)
    70. Fiber Diffraction
    71. Fibrous Proteins
    72. Fingerprint, Protein
    73. Fluid Mosaic Model
    74. Fluorescence Microscopy
    75. Four-Helix Bundle Motif
    76. Frictional Coefficient, Ratio
    77. Gamma-Turns
    78. Gauche Conformation
    79. GPI Anchor
    80. Greek Key Motif
    81. Guanine Quartet
    82. Helix–Coil Theory
    83. Helix-Turn-Helix Motif
    84. Heptad Repeat
    85. Heteroduplex
    86. Histone Fold
    87. Homological Modeling
    88. Hoogsteen Base Pairing
    89. Hydration
    90. Hydrodynamic Volume
    91. Hydrogen Bond
    92. Hydropathy
    93. Hydrophilic
    94. Hydrophilicity
    95. Hydrophobic Effect
    96. Hydrophobicity
    97. I-Motif
    98. Immunoglobulin Structure
    99. Intercalation
    100. Interleukin-1 Motif
    101. Inverse Folding Problem
    102. Ion Pair
    103. Ionization
    104. Isoelectric Point (PI)
    105. Isoionic Point (Isoionic pH)
    106. Isomer
    107. Isomorphous Replacement
    108. Jelly Roll Motif
    109. Kringle Domain
    110. Leucine Zippers
    111. Leucine-Rich Repeat
    112. Lifson–Roig Model
    113. Linking Number Of DNA
    114. Macromolecule
    115. MADS-Box Proteins
    116. Magnetic Force Microscopy
    117. Mass Spectrometry
    118. Matrix-Assisted Laser Desorption/Ionization
    119. Microscopy
    120. Molecular Averaging
    121. Molecular Dynamics
    122. Molecular Mechanics
    123. Molecular Replacement
    124. Molecular Surface, Volume
    125. Molten Globule
    126. Monolayer
    127. Monte Carlo Calculations
    128. Mosaic Protein
    129. Multiple-Wavelength Anomalous Dispersion MAD
    130. N-Terminus
    131. Near-Field Scanning Optical Microscopy
    132. Neutron Diffraction And Scattering
    133. NMR (Nuclear Magnetic Resonance)
    134. Nonpolar
    135. Nuclear Pore Complex
    136. Nucleoprotein
    137. Nucleosome
    138. Nucleotide-Binding Motif
    139. Oligomer
    140. Oligomeric Proteins
    141. Omega Loop
    142. P-Loop
    143. Paired Helical Filaments
    144. Partial Specific (Or Molar) Volume
    145. Peptide
    146. Peptide Bond
    147. Pleckstrin Homology (PH) Domains
    148. Polar
    149. Polymer
    150. Polypeptide Chain
    151. Polyproline
    152. POU Domain
    153. Preferential Binding
    154. Preferential Hydration
    155. Primary Structure
    156. Prochiral
    157. Protein Motif
    158. Protein Structure
    159. Protein Structure Prediction
    160. Quaternary Structure
    161. Racemic And Racemization
    162. Radius Of Gyration
    163. Ramachandran Plot
    164. Random Coil
    165. Renaturation
    166. Replicative Form
    167. Reporter Groups
    168. RNA Structure
    169. RNA Structure Prediction
    170. Rossmann Fold
    171. Salt Bridge (Salt Linkage, Ionic Bond)
    172. Scanning Electron Microscopy
    173. Scanning Probe Techniques
    174. Scanning Transmission Electron Microscopy
    175. Scanning Tunneling Microscopy
    176. Secondary Structural Prediction Of Proteins
    177. Secondary Structure, Protein
    178. Self-Assembly
    179. SH2, SH3 Domains
    180. Side Chain
    181. Single Particle Reconstruction
    182. Src Homology Domain
    183. Stereoisomers
    184. Stokes Radius
    185. Structure Databases
    186. Supercoiling of DNA
    187. Superhelical DNA Energetics
    188. Supersecondary Structure
    189. Surface Wrapping Of DNA
    190. Tautomers
    191. Template
    192. Tertiary Structure
    193. Thin Filament
    194. TIM Barrel
    195. Topoisomer
    196. Torsion Angle
    197. Trans Configuration
    198. Transmembrane α-Helix
    199. Triple Helix, Nucleic Acids
    200. Triple-Helical Proteins
    201. Turns
    202. Twist, DNA
    203. Unfolded Proteins
    204. Up-And-Down β-Barrel
    205. van der Waals Interactions
    206. van der Waals Surface, Volume
    207. Virus Structure
    208. Water
    209. Wobble Pairing
    210. Writhe, DNA
    211. X-Ray Crystallography
    212. X-Ray Scattering
    213. Z-DNA
    214. Zimm–Bragg Model
    215. Zinc-Containing DNA-Binding Motifs
    216. Zwitterion (Dipolar Ion)
  21. Techniques
  22. Toxins
  23. Viruses

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