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0ver 3500 protein receptors in our body possess magnesium receptors. Magnesium may be the most critical mineral for our health., These receptors basically control our cellular health, DNA, mitochondria, etc.
Basically everything regarding our health.

This is super interesting

DHMBA — A Unique Oyster Antioxidant
DHMBA stands for 3,5-Dihydroxy-4-methoxybenzyl alcohol — a phenolic antioxidant first isolated from Pacific oysters (Crassostrea gigas) by Japanese researchers.

What Makes It Interesting
It's oyster-specific — DHMBA hasn't been found in meaningful amounts in other common foods, making oysters essentially its only dietary source.
Potent free radical scavenger — Lab studies have shown DHMBA to be significantly more effective at neutralizing certain free radicals than Trolox (a standard vitamin E analog used as an antioxidant benchmark). Some research suggested it may be 10–15× more potent than Trolox in specific assays.
Liver protection — Early cell studies (primarily Japanese research from the 2010s) found DHMBA may protect liver cells from oxidative-stress-induced damage, which sparked interest in it as a potential functional food compound for liver health.
Lipid peroxidation inhibition — It appears particularly effective at preventing oxidative damage to fats/lipids in cells, which is relevant to cardiovascular and cellular health.

Important Caveats
• Research is still early-stage — most studies have been in vitro (cell cultures) or animal models, not large human clinical trials.
• It's not yet well understood how much DHMBA survives digestion and reaches tissues in bioavailable form.
• It hasn't been isolated as a supplement widely yet — you get it primarily by eating oysters.

Bottom Line
DHMBA is a genuinely novel compound that sets oysters apart from other antioxidant-rich foods. It's one reason nutrition researchers consider oysters biochemically unique. That said, the human evidence is still developing — it's promising, but not yet a fully validated therapeutic compound.

https://www.the-scientist.com/artificial-sweeteners-leave-a-multigenerational-mark-on-the-gut-and-genes-74334

Artificial Sweeteners Leave a Multigenerational Mark on the Gut and Genes | The Scientist Exposure to sucralose and stevia in mice altered gut microbial diversity and gene expression in offspring who never consumed the additives.

This is how I handle my daily supplements to help keep me on track.
The box to the right are the supplements I’ve taken already today.
By the end of the day everything in the box to the left should be in the box to the right .