Page 8 - Color Atlas of Biochemistry
P. 8

Contents         IX



              Carbohydrate Metabolism                          Endoplasmic Reticulum and Golgi Apparatus
              Glycolysis. . . . . . . . . ... .. .. .. .. .. . 150  ER: structure and function. . . . ... .. .  226
              Pentose phosphate pathway . .. .. .. .. 152      Protein sorting .. .. .. .. .. .. ... .. .  228
              Gluconeogenesis. . . . ... .. .. .. .. .. . 154  Protein synthesis and maturation . . . .  230
              Glycogen metabolism ... .. .. .. .. .. . 156     Protein maturation . .. .. .. .. ... .. .  232
              Regulation .. .. .. .. ... .. .. .. .. .. . 158  Lysosomes. . . ... .. .. .. .. .. ... .. .  234
              Diabetes mellitus . . . ... .. .. .. .. .. . 160
              Lipid Metabolism                                 Molecular Genetics
              Overview . . . . . . . . . ... .. .. .. .. .. . 162  Overview . . . ... .. .. .. .. .. ... .. .  236
              Fatty acid degradation . .. .. .. .. .. .. 164   Genome .. .. ... .. .. .. .. .. ... .. .  238
              Minor pathways of fatty acid                     Replication . . ... .. .. .. .. .. ... .. .  240
              degradation . .. .. .. ... .. .. .. .. .. . 166  Transcription. ... .. .. .. .. .. ... .. .  242
              Fatty acid synthesis . ... .. .. .. .. .. . 168  Transcriptional control .. .. .. ... .. .  244
              Biosynthesis of complex lipids . . . . . . . 170  RNA maturation . .. .. .. .. .. ... .. .  246
              Biosynthesis of cholesterol . .. .. .. .. . 172  Amino acid activation . .. .. .. ... .. .  248
              Protein Metabolism                               Translation I: initiation . .. .. .. . . . . .  250
              Protein metabolism: overview . . . . . . . 174   Translation II: elongation and
              Proteolysis . . . . . . . . ... .. .. .. .. .. . 176  termination. . ... .. .. .. .. .. ... .. .  252
              Transamination and deamination . . . . . 178     Antibiotics . . ... .. .. .. .. .. ... .. .  254
              Amino acid degradation .. .. .. .. .. .. 180     Mutation and repair . .. .. .. .. . . . . .  256
              Urea cycle . . . . . . . . ... .. .. .. .. .. . 182  Genetic engineering
              Amino acid biosynthesis . .. .. .. .. .. . 184
                                                               DNA cloning . ... .. .. .. .. .. ... .. .  258
              Nucleotide Metabolism                            DNA sequencing . .. .. .. .. .. ... .. .  260
              Nucleotide degradation. .. .. .. .. .. .. 186    PCR and protein expression. . . ... .. .  262
              Purine and pyrimidine biosynthesis . . . 188     Genetic engineering in medicine . . . . .  264
              Nucleotide biosynthesis .. .. .. .. .. .. 190
                                                               Tissues and organs
              Porphyrin Metabolism
              Heme biosynthesis .. ... .. .. .. .. .. . 192    Digestion
              Heme degradation . . ... .. .. .. .. .. . 194    Overview . . . ... .. .. .. .. .. ... .. .  266
                                                               Digestive secretions. .. .. .. .. ... .. .  268
              Organelles                                       Digestive processes .. .. .. .. .. . . . . .  270
                                                               Resorption .. ... .. .. .. .. .. ... .. .  272
              Basics
              Structure of cells . . . ... .. .. .. .. .. . 196  Blood
              Cell fractionation . .. ... .. .. .. .. .. . 198  Composition and functions . .. ... .. .  274
              Centrifugation . . . . . ... .. .. .. .. .. . 200  Plasma proteins.. .. .. .. .. .. ... .. .  276
              Cell components and cytoplasm .. .. .. 202       Lipoproteins . ... .. .. .. .. .. ... .. .  278
                                                               Hemoglobin . ... .. .. .. .. .. ... .. .  280
              Cytoskeleton
              Components. . . . . . . ... .. .. .. .. .. . 204  Gas transport ... .. .. .. .. .. ... .. .  282
              Structure and functions . .. .. .. .. .. . 206   Erythrocyte metabolism . .. .. ... .. .  284
                                                               Iron metabolism .. .. .. .. .. .. . . . . .  286
              Nucleus .. .. .. .. .. ... .. .. .. .. .. . 208  Acid–base balance. .. .. .. .. .. . . . . .  288
              Mitochondria                                     Blood clotting ... .. .. .. .. .. ... .. .  290
              Structure and functions . .. .. .. .. .. . 210   Fibrinolysis, blood groups .. .. ... .. .  292
              Transport systems .. ... .. .. .. .. .. . 212    Immune system
              Biological Membranes                             Immune response .. .. .. .. .. ... .. .  294
              Structure and components .. .. .. .. .. 214      T-cell activation.. .. .. .. .. .. ... .. .  296
              Functions and composition . .. .. .. .. . 216    Complement system .. .. .. .. ... .. .   298
              Transport processes . ... .. .. .. .. .. . 218   Antibodies .. ... .. .. .. .. .. ... .. .  300
              Transport proteins . . ... .. .. .. .. .. . 220  Antibody biosynthesis .. .. .. .. . . . . .  302
              Ion channels. .. .. .. ... .. .. .. .. .. . 222  Monoclonal antibodies, immunoassay .     304
              Membrane receptors ... .. .. .. .. .. . 224




           Koolman, Color Atlas of Biochemistry, 2nd edition © 2005 Thieme
           All rights reserved. Usage subject to terms and conditions of license.
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