Wikipedia:MeSH G06
From Wikipedia, the free encyclopedia
The following is a list of the "G" codes for MeSH. It is a product of the United States National Library of Medicine.
Source for content is here. (File "2006 MeSH Trees".)
[edit] MeSH G06 --- biochemical phenomena, metabolism, and nutrition
[edit] MeSH G06.184 --- biochemical phenomena
[edit] MeSH G06.184.029 --- acid-base equilibrium
[edit] MeSH G06.184.035 --- aerobiosis
[edit] MeSH G06.184.060 --- allosteric regulation
[edit] MeSH G06.184.065 --- amino acid substitution
[edit] MeSH G06.184.070 --- anaerobiosis
[edit] MeSH G06.184.124 --- base composition
[edit] MeSH G06.184.154 --- binding sites
- MeSH G06.184.154.147 --- allosteric site
- MeSH G06.184.154.290 --- bay region (chemistry)
- MeSH G06.184.154.309 --- binding, competitive
- MeSH G06.184.154.408 --- binding sites, antibody
[edit] MeSH G06.184.179 --- body composition
- MeSH G06.184.179.134 --- body fat distribution
- MeSH G06.184.179.134.500 --- adiposity
- MeSH G06.184.179.180 --- body fluid compartments
[edit] MeSH G06.184.202 --- brain chemistry
[edit] MeSH G06.184.227 --- calcification, physiologic
- MeSH G06.184.227.710 --- tooth calcification
[edit] MeSH G06.184.307 --- diffusion
[edit] MeSH G06.184.320 --- down-regulation
[edit] MeSH G06.184.348 --- energy transfer
[edit] MeSH G06.184.368 --- enzyme activation
[edit] MeSH G06.184.378 --- enzyme stability
[edit] MeSH G06.184.405 --- fermentation
[edit] MeSH G06.184.480 --- ion transport
[edit] MeSH G06.184.568 --- membrane fluidity
[edit] MeSH G06.184.589 --- molecular mimicry
[edit] MeSH G06.184.603 --- molecular structure
- MeSH G06.184.603.060 --- amino acid sequence
- MeSH G06.184.603.060.040 --- amino acid motifs
- MeSH G06.184.603.060.040.500 --- f-box motifs
- MeSH G06.184.603.060.125 --- catalytic domain
- MeSH G06.184.603.060.270 --- exteins
- MeSH G06.184.603.060.360 --- histone code
- MeSH G06.184.603.060.425 --- immunoglobulin variable region
- MeSH G06.184.603.060.425.160 --- complementarity determining regions
- MeSH G06.184.603.060.440 --- inteins
- MeSH G06.184.603.060.620 --- peptide library
- MeSH G06.184.603.060.670 --- protein sorting signals
- MeSH G06.184.603.060.670.600 --- nuclear export signals
- MeSH G06.184.603.060.670.610 --- nuclear localization signals
- MeSH G06.184.603.060.720 --- repetitive sequences, amino acid
- MeSH G06.184.603.060.720.030 --- ankyrin repeat
- MeSH G06.184.603.080 --- base sequence
- MeSH G06.184.603.080.040 --- at rich sequence
- MeSH G06.184.603.080.380 --- gc rich sequence
- MeSH G06.184.603.080.380.160 --- cpg islands
- MeSH G06.184.603.080.534 --- matrix attachment regions
- MeSH G06.184.603.080.689 --- regulatory sequences, nucleic acid
- MeSH G06.184.603.080.689.330 --- enhancer elements (genetics)
- MeSH G06.184.603.080.689.330.240 --- e-box elements
- MeSH G06.184.603.080.689.330.400 --- hiv enhancer
- MeSH G06.184.603.080.689.330.700 --- response elements
- MeSH G06.184.603.080.689.330.700.800 --- serum response element
- MeSH G06.184.603.080.689.330.700.920 --- vitamin d response element
- MeSH G06.184.603.080.689.390 --- insulator elements
- MeSH G06.184.603.080.689.450 --- locus control region
- MeSH G06.184.603.080.689.650 --- operator regions (genetics)
- MeSH G06.184.603.080.689.675 --- promoter regions (genetics)
- MeSH G06.184.603.080.689.675.700 --- response elements
- MeSH G06.184.603.080.689.675.700.800 --- serum response element
- MeSH G06.184.603.080.689.675.700.920 --- vitamin d response element
- MeSH G06.184.603.080.689.675.850 --- tata box
- MeSH G06.184.603.080.689.687 --- regulatory sequences, ribonucleic acid
- MeSH G06.184.603.080.689.687.249 --- rna 3' polyadenylation signals
- MeSH G06.184.603.080.689.687.490 --- rna splice sites
- MeSH G06.184.603.080.689.687.500 --- rna 5' terminal oligopyrimidine sequence
- MeSH G06.184.603.080.689.755 --- silencer elements, transcriptional
- MeSH G06.184.603.080.689.810 --- terminator regions (genetics)
- MeSH G06.184.603.080.708 --- repetitive sequences, nucleic acid
- MeSH G06.184.603.080.708.330 --- interspersed repetitive sequences
- MeSH G06.184.603.080.708.330.200 --- dna transposable elements
- MeSH G06.184.603.080.708.330.200.500 --- integrons
- MeSH G06.184.603.080.708.330.330 --- genomic islands
- MeSH G06.184.603.080.708.330.800 --- retroelements
- MeSH G06.184.603.080.708.330.800.175 --- endogenous retroviruses
- MeSH G06.184.603.080.708.330.800.200 --- genes, intracisternal a-particle
- MeSH G06.184.603.080.708.330.800.400 --- long interspersed nucleotide elements
- MeSH G06.184.603.080.708.330.800.800 --- short interspersed nucleotide elements
- MeSH G06.184.603.080.708.330.800.800.050 --- alu elements
- MeSH G06.184.603.080.708.800 --- tandem repeat sequences
- MeSH G06.184.603.080.708.800.140 --- dna repeat expansion
- MeSH G06.184.603.080.708.800.140.865 --- trinucleotide repeat expansion
- MeSH G06.184.603.080.708.800.150 --- dna, satellite
- MeSH G06.184.603.080.708.800.500 --- microsatellite repeats
- MeSH G06.184.603.080.708.800.500.150 --- dinucleotide repeats
- MeSH G06.184.603.080.708.800.500.850 --- trinucleotide repeats
- MeSH G06.184.603.080.708.800.500.850.200 --- trinucleotide repeat expansion
- MeSH G06.184.603.080.708.800.550 --- minisatellite repeats
- MeSH G06.184.603.080.708.850 --- terminal repeat sequences
- MeSH G06.184.603.080.708.850.400 --- hiv long terminal repeat
- MeSH G06.184.603.080.708.850.400.400 --- hiv enhancer
- MeSH G06.184.603.160 --- carbohydrate sequence
- MeSH G06.184.603.580 --- conserved sequence
- MeSH G06.184.603.580.175 --- consensus sequence
- MeSH G06.184.603.790 --- molecular conformation
- MeSH G06.184.603.790.235 --- carbohydrate conformation
- MeSH G06.184.603.790.486 --- nucleic acid conformation
- MeSH G06.184.603.790.486.100 --- base pairing
- MeSH G06.184.603.790.709 --- protein conformation
- MeSH G06.184.603.790.709.550 --- protein structure, quaternary
- MeSH G06.184.603.790.709.600 --- protein structure, secondary
- MeSH G06.184.603.790.709.600.040 --- amino acid motifs
- MeSH G06.184.603.790.709.600.040.030 --- ankyrin repeat
- MeSH G06.184.603.790.709.600.040.050 --- at-hook motifs
- MeSH G06.184.603.790.709.600.040.127 --- cystine knot motifs
- MeSH G06.184.603.790.709.600.040.205 --- f-box motifs
- MeSH G06.184.603.790.709.600.040.360 --- helix-loop-helix motifs
- MeSH G06.184.603.790.709.600.040.360.240 --- ef hand motifs
- MeSH G06.184.603.790.709.600.040.360.360 --- helix-turn-helix motifs
- MeSH G06.184.603.790.709.600.040.520 --- leucine zippers
- MeSH G06.184.603.790.709.600.040.985 --- zinc fingers
- MeSH G06.184.603.790.709.610 --- protein structure, tertiary
- MeSH G06.184.603.790.709.610.380 --- hmg-box domains
- MeSH G06.184.603.790.709.610.480 --- kringles
- MeSH G06.184.603.790.709.610.800 --- src homology domains
- MeSH G06.184.603.790.709.805 --- structural homology, protein
[edit] MeSH G06.184.620 --- nitrogen fixation
[edit] MeSH G06.184.627 --- nitrosation
[edit] MeSH G06.184.642 --- nucleic acid denaturation
[edit] MeSH G06.184.661 --- nucleic acid hybridization
[edit] MeSH G06.184.680 --- nucleic acid renaturation
[edit] MeSH G06.184.708 --- osmosis
[edit] MeSH G06.184.775 --- protein binding
[edit] MeSH G06.184.794 --- protein denaturation
[edit] MeSH G06.184.797 --- protein folding
[edit] MeSH G06.184.800 --- protein hybridization
[edit] MeSH G06.184.807 --- protein renaturation
[edit] MeSH G06.184.835 --- rna stability
[edit] MeSH G06.184.842 --- sequence homology
- MeSH G06.184.842.200 --- sequence homology, amino acid
- MeSH G06.184.842.200.820 --- structural homology, protein
- MeSH G06.184.842.550 --- sequence homology, nucleic acid
- MeSH G06.184.842.550.830 --- synteny
[edit] MeSH G06.184.850 --- signal transduction
- MeSH G06.184.850.400 --- ion channel gating
- MeSH G06.184.850.560 --- map kinase signaling system
- MeSH G06.184.850.580 --- mechanotransduction, cellular
- MeSH G06.184.850.700 --- phototransduction
- MeSH G06.184.850.800 --- second messenger systems
- MeSH G06.184.850.800.100 --- calcium signaling
- MeSH G06.184.850.850 --- synaptic transmission
[edit] MeSH G06.184.872 --- structure-activity relationship
[edit] MeSH G06.184.880 --- substrate specificity
[edit] MeSH G06.184.910 --- up-regulation
[edit] MeSH G06.184.941 --- virus replication
- MeSH G06.184.941.950 --- virus assembly
[edit] MeSH G06.184.963 --- water-electrolyte balance
- MeSH G06.184.963.500 --- kallikrein-kinin system
- MeSH G06.184.963.750 --- water loss, insensible
[edit] MeSH G06.535 --- metabolism
[edit] MeSH G06.535.023 --- absorption
- MeSH G06.535.023.500 --- intestinal absorption
- MeSH G06.535.023.750 --- skin absorption
[edit] MeSH G06.535.095 --- acylation
- MeSH G06.535.095.052 --- acetylation
- MeSH G06.535.095.055 --- aminoacylation
- MeSH G06.535.095.055.860 --- transfer rna aminoacylation
[edit] MeSH G06.535.130 --- alkylation
[edit] MeSH G06.535.140 --- amination
[edit] MeSH G06.535.166 --- biological transport
- MeSH G06.535.166.310 --- biological transport, active
- MeSH G06.535.166.310.100 --- active transport, cell nucleus
- MeSH G06.535.166.310.657 --- membrane potentials
- MeSH G06.535.166.330 --- capillary permeability
- MeSH G06.535.166.335 --- cell membrane permeability
- MeSH G06.535.166.355 --- cytoplasmic streaming
- MeSH G06.535.166.355.040 --- axonal transport
- MeSH G06.535.166.500 --- ion transport
- MeSH G06.535.166.500.100 --- calcium signaling
- MeSH G06.535.166.700 --- protein transport
- MeSH G06.535.166.700.100 --- active transport, cell nucleus
- MeSH G06.535.166.775 --- respiratory transport
- MeSH G06.535.166.775.602 --- pulmonary gas exchange
- MeSH G06.535.166.850 --- rna transport
[edit] MeSH G06.535.233 --- biotinylation
[edit] MeSH G06.535.256 --- carbohydrate metabolism
- MeSH G06.535.256.249 --- fermentation
- MeSH G06.535.256.500 --- gluconeogenesis
- MeSH G06.535.256.625 --- glycogenolysis
- MeSH G06.535.256.750 --- glycolysis
- MeSH G06.535.256.875 --- pentose phosphate pathway
[edit] MeSH G06.535.300 --- cyclization
[edit] MeSH G06.535.305 --- dealkylation
[edit] MeSH G06.535.310 --- deamination
[edit] MeSH G06.535.315 --- decarboxylation
[edit] MeSH G06.535.320 --- dimerization
[edit] MeSH G06.535.327 --- electron transport
[edit] MeSH G06.535.335 --- energy metabolism
- MeSH G06.535.335.154 --- basal metabolism
- MeSH G06.535.335.342 --- citric acid cycle
- MeSH G06.535.335.436 --- glycolysis
- MeSH G06.535.335.531 --- oxidation-reduction
- MeSH G06.535.335.531.403 --- electron transport
- MeSH G06.535.335.531.587 --- lipid peroxidation
- MeSH G06.535.335.631 --- oxidative phosphorylation
- MeSH G06.535.335.693 --- pentose phosphate pathway
- MeSH G06.535.335.755 --- photosynthesis
- MeSH G06.535.335.755.605 --- photophosphorylation
- MeSH G06.535.335.770 --- proton-motive force
- MeSH G06.535.335.835 --- substrate cycling
[edit] MeSH G06.535.355 --- enterohepatic circulation
[edit] MeSH G06.535.368 --- enzyme activation
[edit] MeSH G06.535.475 --- esterification
[edit] MeSH G06.535.504 --- glycosylation
[edit] MeSH G06.535.506 --- hydrogenation
[edit] MeSH G06.535.508 --- hydrolysis
[edit] MeSH G06.535.510 --- hydroxylation
[edit] MeSH G06.535.516 --- kallikrein-kinin system
[edit] MeSH G06.535.520 --- lipid metabolism
- MeSH G06.535.520.249 --- lipogenesis
- MeSH G06.535.520.500 --- lipolysis
- MeSH G06.535.520.500.500 --- lipid mobilization
[edit] MeSH G06.535.650 --- nitrogen fixation
[edit] MeSH G06.535.655 --- nitrosation
[edit] MeSH G06.535.710 --- oxidative stress
- MeSH G06.535.710.690 --- protein carbonylation
[edit] MeSH G06.535.723 --- oxygen consumption
[edit] MeSH G06.535.770 --- peptide biosynthesis
- MeSH G06.535.770.050 --- aminoacylation
- MeSH G06.535.770.050.860 --- transfer rna aminoacylation
- MeSH G06.535.770.333 --- peptide biosynthesis, nucleic acid-independent
- MeSH G06.535.770.871 --- protein biosynthesis
- MeSH G06.535.770.871.200 --- frameshifting, ribosomal
- MeSH G06.535.770.871.640 --- peptide chain elongation, translational
- MeSH G06.535.770.871.650 --- peptide chain initiation, translational
- MeSH G06.535.770.871.720 --- peptide chain termination, translational
- MeSH G06.535.770.871.790 --- protein modification, translational
- MeSH G06.535.770.871.790.600 --- protein processing, post-translational
- MeSH G06.535.770.871.790.600.400 --- protein isoprenylation
- MeSH G06.535.770.871.790.600.700 --- protein splicing
- MeSH G06.535.770.871.850 --- transfer rna aminoacylation
[edit] MeSH G06.535.780 --- pharmacokinetics
- MeSH G06.535.780.101 --- area under curve
- MeSH G06.535.780.151 --- biological availability
- MeSH G06.535.780.202 --- biotransformation
- MeSH G06.535.780.202.640 --- metabolic clearance rate
- MeSH G06.535.780.202.820 --- metabolic detoxication, drug
- MeSH G06.535.780.202.820.500 --- metabolic detoxication, phase i
- MeSH G06.535.780.202.820.750 --- metabolic detoxication, phase ii
- MeSH G06.535.780.559 --- therapeutic equivalency
- MeSH G06.535.780.917 --- tissue distribution
[edit] MeSH G06.535.790 --- phosphorylation
[edit] MeSH G06.535.800 --- protein binding
[edit] MeSH G06.535.805 --- renin-angiotensin system
[edit] MeSH G06.535.839 --- rna processing, post-transcriptional
- MeSH G06.535.839.225 --- rna 3' end processing
- MeSH G06.535.839.225.710 --- polyadenylation
- MeSH G06.535.839.250 --- rna editing
- MeSH G06.535.839.700 --- rna splicing
- MeSH G06.535.839.700.100 --- alternative splicing
- MeSH G06.535.839.700.750 --- trans-splicing
[edit] MeSH G06.535.873 --- secretory rate
[edit] MeSH G06.535.890 --- substrate cycling
[edit] MeSH G06.535.910 --- tissue distribution
[edit] MeSH G06.696 --- nutrition
[edit] MeSH G06.696.116 --- animal nutrition
[edit] MeSH G06.696.259 --- child nutrition
- MeSH G06.696.259.500 --- adolescent nutrition
- MeSH G06.696.259.750 --- infant nutrition
- MeSH G06.696.259.750.249 --- bottle feeding
- MeSH G06.696.259.750.500 --- breast feeding
- MeSH G06.696.259.750.750 --- weaning
[edit] MeSH G06.696.384 --- diet
- MeSH G06.696.384.093 --- diet, mediterranean
- MeSH G06.696.384.188 --- diet, vegetarian
- MeSH G06.696.384.188.500 --- diet, macrobiotic
- MeSH G06.696.384.250 --- energy intake
- MeSH G06.696.384.250.150 --- caloric restriction
[edit] MeSH G06.696.560 --- maternal nutrition
- MeSH G06.696.560.624 --- prenatal nutrition
