Medical Subject Headings
MeSH Tree Structures - 2008
G06 - Biochemical Phenomena, Metabolism, and Nutrition
- Biochemical Phenomena, Metabolism, and Nutrition [G06]
- Biochemical Phenomena [G06.184]
- Acid-Base Equilibrium [G06.184.029]
- Aerobiosis [G06.184.035]
- Allosteric Regulation [G06.184.060]
- Amino Acid Substitution [G06.184.065]
- Anaerobiosis [G06.184.070]
- Base Composition [G06.184.124]
- Binding Sites [G06.184.154]
- Body Composition [G06.184.179]
- Brain Chemistry [G06.184.202]
- Calcification, Physiologic [G06.184.227]
- Diffusion [G06.184.307]
- Down-Regulation [G06.184.320]
- Energy Transfer [G06.184.348]
- Enzyme Activation [G06.184.368]
- Enzyme Stability [G06.184.378]
- Fermentation [G06.184.405]
- Ion Transport [G06.184.480]
- Membrane Fluidity [G06.184.568]
- Molecular Mimicry [G06.184.589]
- Molecular Structure [G06.184.603]
- Amino Acid Sequence [G06.184.603.060]
- Amino Acid Motifs [G06.184.603.060.040]
- Exteins [G06.184.603.060.270]
- Histone Code [G06.184.603.060.360]
- Immunoglobulin Variable Region [G06.184.603.060.425]
- Inteins [G06.184.603.060.440]
- Peptide Library [G06.184.603.060.620]
- Protein Sorting Signals [G06.184.603.060.670]
- Repetitive Sequences, Amino Acid [G06.184.603.060.720]
- Base Sequence [G06.184.603.080]
- AT Rich Sequence [G06.184.603.080.040]
- GC Rich Sequence [G06.184.603.080.380]
- Matrix Attachment Regions [G06.184.603.080.534]
- Regulatory Sequences, Nucleic Acid [G06.184.603.080.689]
- Enhancer Elements (Genetics) [G06.184.603.080.689.330]
- Insulator Elements [G06.184.603.080.689.390]
- Locus Control Region [G06.184.603.080.689.450]
- Operator Regions (Genetics) [G06.184.603.080.689.650]
- Promoter Regions (Genetics) [G06.184.603.080.689.675]
- Regulatory Sequences, Ribonucleic Acid [G06.184.603.080.689.687]
- Silencer Elements, Transcriptional [G06.184.603.080.689.755]
- Terminator Regions (Genetics) [G06.184.603.080.689.810]
- Repetitive Sequences, Nucleic Acid [G06.184.603.080.708]
- Interspersed Repetitive Sequences [G06.184.603.080.708.330]
- DNA Transposable Elements [G06.184.603.080.708.330.200]
- Genomic Islands [G06.184.603.080.708.330.330]
- Retroelements [G06.184.603.080.708.330.800]
- Tandem Repeat Sequences [G06.184.603.080.708.800]
- Terminal Repeat Sequences [G06.184.603.080.708.850]
- Interspersed Repetitive Sequences [G06.184.603.080.708.330]
- Carbohydrate Sequence [G06.184.603.160]
- Conserved Sequence [G06.184.603.580]
- Molecular Conformation [G06.184.603.790]
- Carbohydrate Conformation [G06.184.603.790.235]
- Nucleic Acid Conformation [G06.184.603.790.486]
- Protein Conformation [G06.184.603.790.709]
- Protein Structure, Quaternary [G06.184.603.790.709.550]
- Protein Structure, Secondary [G06.184.603.790.709.600]
- Amino Acid Motifs [G06.184.603.790.709.600.040]
- Ankyrin Repeat [G06.184.603.790.709.600.040.030]
- AT-Hook Motifs [G06.184.603.790.709.600.040.050]
- Cystine Knot Motifs [G06.184.603.790.709.600.040.127]
- F-Box Motifs [G06.184.603.790.709.600.040.205]
- Helix-Loop-Helix Motifs [G06.184.603.790.709.600.040.360]
- Leucine Zippers [G06.184.603.790.709.600.040.520]
- Zinc Fingers [G06.184.603.790.709.600.040.985]
- Amino Acid Motifs [G06.184.603.790.709.600.040]
- Protein Structure, Tertiary [G06.184.603.790.709.610]
- Structural Homology, Protein [G06.184.603.790.709.805]
- Amino Acid Sequence [G06.184.603.060]
- Nitrogen Fixation [G06.184.620]
- Nitrosation [G06.184.627]
- Nucleic Acid Denaturation [G06.184.642]
- Nucleic Acid Hybridization [G06.184.661]
- Nucleic Acid Renaturation [G06.184.680]
- Osmosis [G06.184.708]
- Protein Binding [G06.184.775]
- Protein Denaturation [G06.184.794]
- Protein Folding [G06.184.797]
- Protein Hybridization [G06.184.800]
- Protein Renaturation [G06.184.807]
- RNA Stability [G06.184.835]
- Sequence Homology [G06.184.842]
- Signal Transduction [G06.184.850]
- Structure-Activity Relationship [G06.184.872]
- Substrate Specificity [G06.184.880]
- Up-Regulation [G06.184.910]
- Virus Replication [G06.184.941]
- Water-Electrolyte Balance [G06.184.963]
- Metabolism [G06.535]
- Absorption [G06.535.023]
- Acylation [G06.535.095]
- Alkylation [G06.535.130]
- Amination [G06.535.140]
- Autotrophic Processes [G06.535.153]
- Biological Transport [G06.535.166]
- Biological Transport, Active [G06.535.166.310]
- Capillary Permeability [G06.535.166.330]
- Cell Membrane Permeability [G06.535.166.335]
- Cytoplasmic Streaming [G06.535.166.355]
- Ion Transport [G06.535.166.500]
- Protein Transport [G06.535.166.700]
- Respiratory Transport [G06.535.166.775]
- RNA Transport [G06.535.166.850]
- Biotinylation [G06.535.233]
- Carbohydrate Metabolism [G06.535.256]
- Cyclization [G06.535.300]
- Dealkylation [G06.535.305]
- Deamination [G06.535.310]
- Decarboxylation [G06.535.315]
- Dimerization [G06.535.320]
- Electron Transport [G06.535.327]
- Energy Metabolism [G06.535.335]
- Basal Metabolism [G06.535.335.154]
- Citric Acid Cycle [G06.535.335.342]
- Glycolysis [G06.535.335.436]
- Oxidation-Reduction [G06.535.335.531]
- Oxidative Phosphorylation [G06.535.335.631]
- Pentose Phosphate Pathway [G06.535.335.693]
- Photophosphorylation [G06.535.335.724]
- Proton-Motive Force [G06.535.335.770]
- Substrate Cycling [G06.535.335.835]
- Enterohepatic Circulation [G06.535.355]
- Enzyme Activation [G06.535.368]
- Esterification [G06.535.475]
- Glycosylation [G06.535.488]
- Halogenation [G06.535.496]
- Heterotrophic Processes [G06.535.505]
- Hydrogenation [G06.535.506]
- Hydrolysis [G06.535.508]
- Hydroxylation [G06.535.510]
- Kallikrein-Kinin System [G06.535.516]
- Lipid Metabolism [G06.535.520]
- Lipoylation [G06.535.536]
- Metabolic Networks and Pathways [G06.535.553]
- Nitrosation [G06.535.655]
- Oxidative Stress [G06.535.710]
- Oxygen Consumption [G06.535.723]
- Peptide Biosynthesis [G06.535.770]
- Aminoacylation [G06.535.770.050]
- Peptide Biosynthesis, Nucleic Acid-Independent [G06.535.770.333]
- Protein Biosynthesis [G06.535.770.871]
- Frameshifting, Ribosomal [G06.535.770.871.200]
- Peptide Chain Elongation, Translational [G06.535.770.871.640]
- Peptide Chain Initiation, Translational [G06.535.770.871.650]
- Peptide Chain Termination, Translational [G06.535.770.871.720]
- Protein Modification, Translational [G06.535.770.871.790]
- Transfer RNA Aminoacylation [G06.535.770.871.850]
- Pharmacokinetics [G06.535.780]
- Phosphorylation [G06.535.790]
- Phototrophic Processes [G06.535.795]
- Prenylation [G06.535.797]
- Protein Binding [G06.535.800]
- Renin-Angiotensin System [G06.535.805]
- RNA Processing, Post-Transcriptional [G06.535.839]
- Secretory Rate [G06.535.873]
- Substrate Cycling [G06.535.890]
- Tissue Distribution [G06.535.910]
- Ubiquitination [G06.535.955]
- Nutrition Physiology [G06.696]
- Animal Nutrition Physiology [G06.696.161]
- Child Nutrition Physiology [G06.696.220]
- Maternal Nutrition Physiology [G06.696.566]
- Nutrition Phenomena [G06.696.648]
- Diet [G06.696.648.240]
- Diabetic Diet [G06.696.648.240.240]
- Diet, Carbohydrate-Restricted [G06.696.648.240.245]
- Diet Fads [G06.696.648.240.250]
- Diet, Fat-Restricted [G06.696.648.240.260]
- Diet, Mediterranean [G06.696.648.240.270]
- Diet, Protein-Restricted [G06.696.648.240.280]
- Diet, Reducing [G06.696.648.240.285]
- Diet, Sodium-Restricted [G06.696.648.240.290]
- Diet, Vegetarian [G06.696.648.240.300]
- Energy Intake [G06.696.648.240.340]
- Hunger [G06.696.648.390]
- Nutritional Requirements [G06.696.648.620]
- Nutritional Status [G06.696.648.810]
- Nutritive Value [G06.696.648.905]
- Diet [G06.696.648.240]
- Nutrition Processes [G06.696.692]
- Biochemical Phenomena [G06.184]
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National Institutes of Health, Health & Human Services
Freedom of Information Act, Contact Us
