This article needs to be updated. The reason given is: no files for 2006 are listed at the cited source, but files for 2013 are there; NLM releases this information annually. Please help update this article to reflect recent events or newly available information. (February 2020)

The following is a partial list of the "G" codes for Medical Subject Headings (MeSH), as defined by the United States National Library of Medicine (NLM).

This list continues the information at List of MeSH codes (G05). Codes following these are found at List of MeSH codes (G07). For other MeSH codes, see List of MeSH codes.

The source for this content is the set of 2006 MeSH Trees from the NLM.

MeSH G06 – biochemical phenomena, metabolism, and nutrition

MeSH G06.184 – biochemical phenomena

MeSH G06.184.029 – acid-base equilibrium

MeSH G06.184.035 – aerobiosis

MeSH G06.184.060 – allosteric regulation

MeSH G06.184.065 – amino acid substitution

MeSH G06.184.070 – anaerobiosis

MeSH G06.184.124 – base composition

MeSH G06.184.154 – binding sites

MeSH G06.184.179 – body composition

MeSH G06.184.202 – brain chemistry

MeSH G06.184.227 – calcification, physiologic

MeSH G06.184.307 – diffusion

MeSH G06.184.320 – down-regulation

MeSH G06.184.348 – energy transfer

MeSH G06.184.368 – enzyme activation

MeSH G06.184.378 – enzyme stability

MeSH G06.184.405 – fermentation

MeSH G06.184.480 – ion transport

MeSH G06.184.568 – membrane fluidity

MeSH G06.184.589 – molecular mimicry

MeSH G06.184.603 – molecular structure

MeSH G06.184.620 – nitrogen fixation

MeSH G06.184.627 – nitrosation

MeSH G06.184.642 – nucleic acid denaturation

MeSH G06.184.661 – nucleic acid hybridization

MeSH G06.184.680 – nucleic acid renaturation

MeSH G06.184.708 – osmosis

MeSH G06.184.775 – protein binding

MeSH G06.184.794 – protein denaturation

MeSH G06.184.797 – protein folding

MeSH G06.184.800 – protein hybridization

MeSH G06.184.807 – protein renaturation

MeSH G06.184.835 – rna stability

MeSH G06.184.842 – sequence homology

MeSH G06.184.850 – signal transduction

MeSH G06.184.872 – structure-activity relationship

MeSH G06.184.880 – substrate specificity

MeSH G06.184.910 – up-regulation

MeSH G06.184.941 – virus replication

MeSH G06.184.963 – water-electrolyte balance

MeSH G06.535 – metabolism

MeSH G06.535.023 – absorption

MeSH G06.535.095 – acylation

MeSH G06.535.130 – alkylation

MeSH G06.535.140 – amination

MeSH G06.535.166 – biological transport

MeSH G06.535.233 – biotinylation

MeSH G06.535.256 – carbohydrate metabolism

MeSH G06.535.300 – cyclization

MeSH G06.535.305 – dealkylation

MeSH G06.535.310 – deamination

MeSH G06.535.315 – decarboxylation

MeSH G06.535.320 – dimerization

MeSH G06.535.327 – electron transport

MeSH G06.535.335 – energy metabolism

MeSH G06.535.355 – enterohepatic circulation

MeSH G06.535.368 – enzyme activation

MeSH G06.535.475 – esterification

MeSH G06.535.504 – glycosylation

MeSH G06.535.506 – hydrogenation

MeSH G06.535.508 – hydrolysis

MeSH G06.535.510 – hydroxylation

MeSH G06.535.516 – kallikrein-kinin system

MeSH G06.535.520 – lipid metabolism

MeSH G06.535.650 – nitrogen fixation

MeSH G06.535.655 – nitrosation

MeSH G06.535.710 – oxidative stress

MeSH G06.535.723 – oxygen consumption

MeSH G06.535.770 – peptide biosynthesis

MeSH G06.535.780 – pharmacokinetics

MeSH G06.535.790 – phosphorylation

MeSH G06.535.800 – protein binding

MeSH G06.535.805 – renin–angiotensin system

MeSH G06.535.839 – rna processing, post-transcriptional

MeSH G06.535.873 – secretory rate

MeSH G06.535.890 – substrate cycling

MeSH G06.535.910 – tissue distribution

MeSH G06.696 – nutrition

MeSH G06.696.116 – animal nutrition

MeSH G06.696.259 – child nutrition

MeSH G06.696.384 – diet

MeSH G06.696.560 – maternal nutrition

MeSH G06.696.736 – nutritional requirements

MeSH G06.696.738 – nutritional status

MeSH G06.696.741 – nutritive value

The list continues at List of MeSH codes (G07).

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