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Category: thiols and sulfur
Copper Two and homocysteine
This post explores why homocysteine and Cu(II) can react with each other to contribute to heart diseae
B12 and Nrf2
Keap1 and Nrf2 have been introduced in the ozone therapy post. After revisiting a previous post this post will take a deep dive into what controls the transcription of the NFE2L2 gene that codes for the transcription factor protein Nrf2. The region upstream of protein coding part of the human NRF2L2 gene, the promoter, has… Continue reading B12 and Nrf2
B12 and glutathione
This post explores the relationship between thiols and cobalamin/B12 and their relationship to autism, schizophrenia, and aging,
Changing the epigenome
Can we change our inherited promoter methylation? [1]non diabetic vs diabetic3. Epigenetic changes in general pathways...Of calorie restriction...Acetylation and deacetylation of histones....[3]The epigenetic clock of aging...[4]TET and cysteine rich domains...[6-8]The oxidative stress link [8-9]Changing the epigenome?References Can we change our inherited promoter methylation? [1] A study asked if men with a family history of type… Continue reading Changing the epigenome