Dr. Ted Achacoso

speaker
679 appearances 10 recordings 1 series first heard Jun 2026 last heard 2 Sep

Dr. Ted Achacoso’s voice in public audio — every appearance, attributed to the second.

Trend

recordings per month · last 12 months
4 · Jul OctJan 26AprJulnow

Recordings per month over the last 12 months — 10 in all, peaking in Jul 2026 with 4.

Appearances

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Salutagenesis restores colonocyte mitochondrial butyrate oxidation to reestablish physiological hypoxics.
Yeah.
That distinction's
And and what is the do this on Monday clipal takeaway of our practitioners?
A traditional gastroenterologist or synthetic peptide researcher would argue two things.
First, they would claim that Acromantium sinifilla is a mucinegrading bacterium, and if overpromoted without adequate dietite fiber, it could theoretically thin the protective mucus layer excessively and worsen colitis.
Second, they would argue that synthetic GLP1 receptor agonists are potent biological anti-TM.
And F agents reduce systemic inflammation faster and more reliably than microbial SCFA modulation.
Second, Acarmansium sinifila is not just another gut microbe, it is the master regulator of the mucosal shield.
Feeding it polyphenol elagitanins drives MUC two renewal and generates acetate propionate for microbial butyrate synthesis.
Jody is absolutely correct.
And let's ground this in evolutionary biology, one of my favorite subjects.
In our evolutionary history, our basic cell was designed to maintain strict boundaries.
This double membrane lipid bilayer of the mitochondrion is an evolutionary masterpiece descending from ancient alpha proteobacteria.
It requires a precise ratio of phospidal choline to keep the membrane fluid yet sealed.
When PC declines, the membrane experiences proton leak.
This is not just loss of energy, it is a biophysical crisis.
When protons leak, the mitochondrial membrane potential drops, which triggers the generation of massive amounts of reactive oxygen species or ROS, causing oxidative damage.
This is a classic cell danger response stage or CDR1 activation.
The cell stops behaving as an energy-produced
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