WikiBiomeThe human microbiome encyclopedia
WikiBiome/Methylation/History
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Revision history:
Methylation

This record shows only material changes published on this page, including changes to its content, evidence, conclusions, or author context. Internal processes and discussion activity are excluded. Pending, declined, and withdrawn proposals remain private. Each entry links to its source revision.

Canonical recordmethylationMechanisms
Tracked source files1wiki/concepts/methylation.md
Visible revisions2Most recent first
Source snapshot8f8608b6f9Bound to this build
Readable change sets

Recorded revisions

01
Karen Pendergrass

Revised “Microbiome Connection”: now reads “(converts homocysteine → methionine → SAMe). dysbiosis-driven loss of B-vitamin producers reduces methylation”.

Revised “Microbiome Connection”: changed “(converts homocysteine → methionine → SAMe). Dysbiosis-driven loss of B-vitamin producers reduces methylation” to “(converts homocysteine → methionine → SAMe). dysbiosis-driven loss of B-vitamin producers reduces methylation”.

wiki/concepts/methylation.md
02
WikiBiome Deploy Bot

Created “Methylation”: Methylation is the addition of a methyl group (-CH₃) to DNA, histones, proteins, or small molecules. DNA methylation (at CpG sites) is the primary epigenetic mechanism silencing gene expression, and…

Created “Methylation”: Methylation is the addition of a methyl group (-CH₃) to DNA, histones, proteins, or small molecules. DNA methylation (at CpG sites) is the primary epigenetic mechanism silencing gene expression, and… Published sections: Overview; Metal-Methylation Interface; Microbiome Connection; Cross-References.

wiki/concepts/methylation.md