Microbiome
Ecology, metabolites, barrier function, immune signaling, diet, probiotics, prebiotics, postbiotics, FMT/live biotherapeutics, and microbiome testing.
- SCFAs
- Bile acids
- Mucosal immunity
- Diet × microbes
Learn how microbiome ecology, peptide signaling, autonomic regulation, genomics, epigenomics, and lab testing interact — and how to translate them into evidence-graded clinical reasoning.
Ecology, metabolites, barrier function, immune signaling, diet, probiotics, prebiotics, postbiotics, FMT/live biotherapeutics, and microbiome testing.
Endogenous signals, therapeutic peptides, GLP-1/GIP, endocrine regulation, safety, monitoring, and regulation.
Autonomic physiology, gut–brain signaling, inflammatory reflex, HRV, VNS, tVNS, behavioral regulation, and device evidence.
Inherited risk, gene expression, pharmacogenomics, nutrigenomics, polygenic risk, family history, epigenetic modulation, and gene-targeted therapies — interpreted with caution, counseling, and clinical actionability.
Baseline safety, diagnostic triage, microbiome testing, metabolic markers, peptide monitoring, autonomic metrics, genomic confirmation, and biomarker follow-up.
Inherited genome
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Variant risk architecture
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Epigenome + transcriptome + proteome + metabolome
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Microbiome / inflammation / peptides / autonomic tone / environment
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Clinical phenotype
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Labs, symptoms, imaging, family history, outcomes
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Prevention · monitoring · treatment · referral · gene-targeted therapy