Precision Peptide Therapy
Peptiter transforms continuous biomarker data — CGM, blood ketones, wearable RR intervals, and AI-administered assessments — into personalised peptide protocol recommendations that improve with every prescriber decision.
Modern peptide prescribing flies on instruments from 1990.
Blind Prescribing
Peptide protocols are chosen from population averages. A 42-year-old keto-adapted male gets the same sermorelin dose as a 55-year-old on a standard diet. No continuous data informs the decision.
No Feedback Loop
After prescribing, clinicians wait 4–8 weeks for labs. CGM data, ketone dynamics, and wearable signals that could provide continuous metabolic feedback sit unused.
No Objective Mental-State Measurement
Standard HRV shows zero change during cognitive tasks. Subjective symptom reports arrive weeks late. Chaos indices from RR intervals detect state changes invisible to RMSSD and LF/HF — but nobody uses them yet.
One ChaosHRV engine. One prescriber dashboard. Three vertical workflows.
Peptide Prescribing for Metabolic Health
- 01KetoInsulinKit engine: OII (Overall Insulin Impact) score from CGM + blood ketone BHB suppression
- 02Metabolic phenotyping: insulin sensitivity, GH axis status, ketosis depth, recovery capacity
- 03Protocol optimisation: sermorelin, NAD+, tesamorelin, oxytocin dosing with full clinical rationale
"The OII score captures insulin demand dynamics in keto-adapted patients that no single lab value can."
The Science: chaos indices detect what standard HRV cannot.
The Chaos Indicator Ratio (CIR)
CIR normalises chaotic complexity during an activity against the patient's own resting baseline. Different thresholds map to actionable clinical states.
All of this from the same RR-interval data your patients' wearables already collect. Zero additional hardware.
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chaos·rest
Medication response detected. Patient is task-engaged.
A four-stage pipeline. Auditable end-to-end.
Ingest
CGM stream (Libre, Dexcom), blood ketones (BHB), wearable RR intervals (Oura, Whoop, Apple Watch), lab panels, AI-administered questionnaires.
Phenotype
KetoInsulinKit (metabolic) + ChaosHRV (mental) + validated instruments → multi-dimensional patient phenotype. 39-dimensional feature vector.
Recommend
Rules engine (live now) or Bayesian ML (after evidence gate) → specific peptide, dose, timing, route. Full clinical rationale displayed. Every recommendation is auditable.
Learn
You approve or override. Every decision is logged as labelled training data. Outcomes tracked at 4 and 8 weeks. The model improves with every patient you see.
The prescriber always has final authority. Peptiter is decision support — it augments your expertise, it doesn't replace it. Designed for CDS exemption from FDA device regulation under 21st Century Cures Act §520(o)(1)(E).
How clinics work with Peptiter.
Independent Clinics
- ✓Decision support dashboard
- ✓Metabolic + chaos-based phenotyping
- ✓Outcome tracking & analytics
- ✓Use your own pharmacy
Telehealth Platforms
- ✓Embed Peptiter intelligence into your existing workflow
- ✓API access to KetoInsulinKit + ChaosHRV engines
- ✓White-label dashboard option
Compounding Pharmacies
- ✓Electronic Rx routing integration
- ✓Patient intake data formatting
- ✓Platform access for your prescriber network
No per-prescription referral fees. No drug revenue. Clean separation of clinical intelligence from pharmacy fulfillment. All agreements at fair market value per 42 C.F.R. §1001.952(d) safe harbour.
Evidence-first, not growth-first.
Peptiter operates under a signed Research Charter with formal protocol, IRB determination, and staged evidence gates. The platform does not scale beyond pilot until evidence confirms safety, usability, and data completeness.
Sample size per Riley et al. 2020. Model versions documented in a model card with training data hash, hyperparameters, and approval chain.
Every recommendation cites mechanism, evidence tier, and regulatory status.
SermorelinGHRH analogueAdult GHD, longevitySCCompoundable● NowObservational▾
NAD+CoenzymeMitochondrial fatigue, depression adjunctIV/SCInvestigational● NowPreclinical▾
OxytocinNeuropeptideSocial anxiety, PTSD adjunctINFDA approved (other indications)● NowClinical Trial▾
TesamorelinGHRH analogueVisceral adiposity (HIV)SCFDA approved● NowClinical Trial▾
SelankAnxiolytic peptideGADINInvestigational● NowClinical Trial▾
SemaxNootropic peptideCognitive enhancement, stroke recoveryINInvestigational● NowObservational▾
SemaglutideGLP-1 agonistT2DM, obesity, AUDSCFDA approved○ Rx onlyClinical Trial▾
PinealonBioregulator peptideCognitive agingSCInvestigational● NowPreclinical▾
BPC-157PentadecapeptideGI/MSK healingOral/SCCategory 2 — pending reclassification◐ PendingPreclinical▾
PT-141Melanocortin agonistHSDDSC/INFDA approved (Vyleesi)● NowClinical Trial▾
Built for prescribers who read PubMed before they read a brochure.
Early access clinician feedback coming Q4 2026.
Early access clinician feedback coming Q4 2026.
Early access clinician feedback coming Q4 2026.
Join the pilot programme.
We're onboarding 15 pilot clinics for our initial evidence programme. If you prescribe peptides and want data-driven decision support, we'd like to hear from you.