METABIOME
METABIOME
METABIOME
HEALTH STARTS IN THE MICROBIOME
HEALTH STARTS IN THE MICROBIOME
HEALTH STARTS IN THE MICROBIOME
Gut Metabolites and Tryptophan Metabolism in Aging & Health
Gut Metabolites and Tryptophan Metabolism in Aging & Health
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Cognitive Aging
Research has linked tryptophan-derived metabolites to two of the most significant mechanisms in brain aging: the buildup of neurotoxic plaques and the gradual breakdown of neural connectivity. Higher levels of indole-3-propionic acid are associated with stronger memory performance later in life and reduced inflammation in brain tissue.
Cognitive Aging
Research has linked tryptophan-derived metabolites to two of the most significant mechanisms in brain aging: the buildup of neurotoxic plaques and the gradual breakdown of neural connectivity. Higher levels of indole-3-propionic acid are associated with stronger memory performance later in life and reduced inflammation in brain tissue.
Gut Barrier Integrity
Gut Barrier Integrity
Immune System Regulation
Aging pushes the immune system into a state of low-grade chronic activation. It stops repairing damage efficiently and starts attacking tissue it shouldn't. Specific tryptophan metabolites are now known to pull it back toward homeostasis, reducing the inflammatory baseline that accumulates over decades.
Immune System Regulation
Aging pushes the immune system into a state of low-grade chronic activation. It stops repairing damage efficiently and starts attacking tissue it shouldn't. Specific tryptophan metabolites are now known to pull it back toward homeostasis, reducing the inflammatory baseline that accumulates over decades.
Joint Inflammation
Joint Inflammation
Sleep
Tryptophan is the raw material your body uses to produce serotonin and melatonin. When gut bacteria divert it down inflammatory pathways, less reaches those conversions. The result is disrupted sleep architecture, less time in deep sleep, and the neurological consequences that compound from there.
Sleep
Tryptophan is the raw material your body uses to produce serotonin and melatonin. When gut bacteria divert it down inflammatory pathways, less reaches those conversions. The result is disrupted sleep architecture, less time in deep sleep, and the neurological consequences that compound from there.
Ovarian Health
Ovarian Health
Cellular Lifespan
At the cellular level, the same inflammatory signals that gut metabolites regulate are tied to senescence: the process by which cells stop dividing and begin damaging surrounding tissue. Higher protective metabolite levels are associated with slower biological aging across multiple markers.
Cellular Lifespan
At the cellular level, the same inflammatory signals that gut metabolites regulate are tied to senescence: the process by which cells stop dividing and begin damaging surrounding tissue. Higher protective metabolite levels are associated with slower biological aging across multiple markers.
Disclaimer
Disclaimer
Disclaimer
These statements have not been evaluated by the FDA. Our product is not intended to diagnose, treat, prevent, or cure any disease.
Your gut microbiome isn't waiting.
Your gut microbiome isn't waiting.
The sooner you support it, the more ground you keep.
The sooner you support it, the more ground you keep.