Batch 001 - Live Allocation
Next Release: Aug 2026
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V-Series Protocol

V-04Popular · Longevity & Cellular

Cellular - Energy & Longevity

Cellular energy and mitochondrial restoration

Quick Takeaways
Restores mitochondrial NAD+ pool for cellular bioenergetics
Telomerase support and pineal regulation (Epithalon)
Mitochondrial-derived peptide signalling (MOTS-c)
TargetsCellular Longevity · Biological Age
Duration6-month foundational program with quarterly re-assessment
Cohort61 active members
Core Compounds
SS-31 50mgMOTS-cEpithalon
How this protocol is run. The components are generally introduced in sequence rather than all at once, and cycled rather than run continuously - the structural and signaling compounds are phased in over a cycle, with the telomere-axis component used in short periodic courses. The specific order, timing, and cycle length are determined by your supervising physician based on your biomarkers and response - not a fixed self-administered schedule. This is educational context, not a dosing instruction.
Batch 001 Allocation
9 of 15 reserved6 open
Monthly
$480 USD/mo
Founding-Member Savings
Standard (Monthly)$480/mo
6-Month Founding Tier$430/mo
Annual savings$600
Janoshik Verified
HPLC + MS purity, every batch
Independent third-party lab
COA Per Batch
Lot-level certificates published
Labeled vs actual mg disclosed
Protocol Reviewed
Clinical reasoning per stack
Phase 1 supervision onboarding
V-04 · Amber · Longevity
Composition

Each compound, and what it does

Every component is individually sourced, third-party verified, and dispensed within physician supervision. Tap any compound for its full clinical reference.

Clinical Overview
V-04 Explainer · 90 seconds
Video Coming Soon
Clinical explainer · ~90s · Authored by Vivre Labs Medical Board
Patient Selection
Who This Protocol Is For

A frontier longevity protocol for patients pursuing measurable biological age intervention. The stack targets the mitochondrion as an integrated endpoint - addressing telomere maintenance, mitochondrial membrane integrity, and metabolic signaling rather than isolated aging hallmarks.

CLINICAL INDICATION: Patients pursuing biological age intervention, healthspan extension, mitochondrial dysfunction

Cohort Outcomes · V-04
What members on Cellular - Energy & Longevity report.
n=34 members completing Week 12 of V-04 · Population medians, individual results vary
IGF-1 increase
+55%
Median, baseline → wk 12
hs-CRP reduction
-54%
Systemic inflammation
Biological age delta
-2.1 yrs
Horvath methylation clock retest
Member VL-2026-0201 (M, 55): Biological age (Horvath) shifted from chronological +2.1 to +0.2 years over 16 weeks. CoQ10 restored to optimum.
Outcomes shown reflect cohort medians from members completing 12 weeks on protocol. Individual outcomes depend on baseline biomarkers, adherence, and physician-directed adjustments. Past cohort performance does not guarantee future results.
Mechanism
How V-04 Works

Frontier longevity protocol targeting the mitochondrial hallmarks of aging. Epithalon for telomerase activation via pineal-hypothalamic axis modulation; MOTS-c for mitochondrial-derived metabolic signaling; SS-31 (Elamipretide) for cardiolipin stabilization and inner mitochondrial membrane restoration.

Where other longevity protocols address individual aging hallmarks, V-04 targets the mitochondrion as the integrated endpoint. SS-31's cardiolipin-binding action supports electron transport chain function. MOTS-c modulates systemic metabolic signaling. Epithalon influences the pineal-hypothalamic axis. Outcomes are tracked via the Horvath methylation clock and other validated biomarkers.

Formulation
What arrives each month
◇ Multi-Vial Stack
3 separate vials · Separate injections per physician schedule
No pre-blend exists for this composition. Physician determines individual compound timing based on biomarker response - particularly important for V-04, where each compound has distinct mechanism and timing. Available to partner practices on request - not in the Batch 001 direct catalogue.
What's in the boxSpecificationPer month
SS-31 (Elamipretide)50mg vial · 3 vials typical monthly supply (5mg/day)
MOTS-c40mg vial · ~64mg/mo at 5mg 3×/week
Epithalon10mg vial · typical cycling allocation
V-04 cohort tracks individual compound responses given the divergent mechanisms.
Vial counts shown are operational transparency - what arrives in the monthly allocation box. Administration frequency, per-administration amounts, and reconstitution method are physician-determined at consultation, not on this page.
Components
Core Compounds in V-04
Mitochondrial Protectant
SS-31
Elamipretide · 50mg
Cardiolipin Stabilization
Metabolic Signaler
MOTS-c
Mitochondrial-Derived Peptide · 10mg
AMPK Activation / Mitochondrial Homeostasis
Pineal Regulator
Epithalon
Tetrapeptide · 10mg
Telomerase Activation / Circadian Modulation
Protocol Timeline
Titration Schedule
Wk 1–2
SS-31 5mg/day SubQ (50mg vial)
Structural scaffolding first - stabilize the inner mitochondrial membrane before adding metabolic load. Physician sets dose; 40mg/day is the Barth-trial dose, not the longevity protocol.
Wk 3–6
SS-31 taper to 1mg/day; introduce MOTS-c 5mg 3×/week
SS-31 steps down over 4 weeks as MOTS-c (mitochondrial signaling, 5mg 3×/week) is layered onto the repaired foundation.
Wk 7+ / tail
Epithalon 10mg SubQ daily (Khavinson 10-day course)
Pineal-axis / telomere overlay at the tail end. Short concentrated cycle, then break per Khavinson protocol. Horvath clock retest at month 6.
Optional member add-ons. Members commonly add (as individual compounds, physician-directed): GHK-Cu for general wellness/skin & tissue support, and Semax for cognitive optimization. These are adjuncts, not part of the core V-04 composition.
Clinical Oversight
Monitoring & Safety
Lab Monitoring
Horvath methylation clock, telomere length, 8-OHdG, CoQ10, lactate/pyruvate ratio
Contraindications
Active malignancy, organ transplant recipients, severe autoimmune conditions
Patient Bloodwork Guide
Bloodwork for Longevity & Mitochondrial Protocols

Cellular / mitochondrial - SS-31, MOTS-c, Epithalon, NAD+, V-04

These protocols target cellular energy, mitochondrial function, and markers of biological aging. Monitoring here is less about week-to-week safety and more about confirming the protocol is moving the deeper markers it is meant to.

Incremental approach. V-04 is introduced in phases (structural support first, then signaling, then a short telomere overlay) at conservative doses. Re-testing at the 6-month mark is how progress is judged.

Biological-age markers
Horvath methylation clockAn epigenetic estimate of biological age - the headline longevity marker, retested over months.
Telomere lengthTracks cellular aging at the chromosome level.
Mitochondrial & oxidative
Lactate (fasting & post-exercise)Healthy mitochondria clear lactate quickly. A high or slow-clearing level suggests cells are leaning on less-efficient anaerobic energy; a downward trend over time points to improving mitochondrial efficiency.
Lipid-peroxidation markers (MDA, 4-HNE)Signals of oxidative damage to cell membranes. Relevant to SS-31, which works by protecting the mitochondrial membrane lipid (cardiolipin) - a fall in these markers is a sign that structural protection is taking hold.
Fasting insulin & HOMA-IRA measure of how efficiently muscle takes up glucose. Relevant to MOTS-c, which supports muscle glucose uptake via the AMPK pathway - improvement shows as lower fasting insulin and a lower HOMA-IR score.
8-OHdGA marker of oxidative stress / DNA damage.
CoQ10A cofactor your mitochondria use to move electrons and produce energy.
Functional capacity
VO₂max / Zone-2 thresholdThe functional read-out of mitochondrial fitness - measured during graded exercise testing. As mitochondria adapt, the point where your body shifts from burning fat to burning carbohydrate moves, reflecting better aerobic capacity. A physical metric, not a blood test.
Routine safety
Fasting glucose & CMPStandard metabolic and organ-function checks.
When the tests happen
BaselineHorvath clock, telomere length, 8-OHdG, CoQ10, lactate/pyruvate, CMP.
Through the protocolSymptom and energy tracking; routine glucose/CMP.
Month 6Repeat Horvath clock + key markers to judge progress.

Educational only - not medical advice or a dosing instruction. Your physician orders the tests, sets your dose, interprets results, and decides if a protocol is right for you. See the Informed Consent & Disclaimer for full terms.

Clinical Monitoring Reference
What Your Physician Tracks - and Why
V-04 targets longevity and cellular-aging markers. The reference set below is what a Vivre physician tracks during supervised use - monitoring practice, not a self-administration guide.
Dosing & Frequency
Physician-supervised protocol with periodic review. Dose and frequency are physician-determined - never self-adjusted.
BiomarkerWhy It's MonitoredBaselineCadence
hs-CRPInflammatory aging contributionYesBaseline + periodic
Fasting glucose / insulinMetabolic-aging surveillanceYesBaseline + periodic
Lipid panelCardiometabolic risk trackingYesBaseline + periodic
IGF-1Growth-axis surveillanceYesBaseline + periodic
Renal & hepatic panelSafety surveillance during sustained useYesPeriodic
Biological-age markersLongitudinal trend (where available)OptionalPeriodic
Monitoring practice shown for education. Allocation and dosing are physician-directed after consultation.
This reference describes physician monitoring practice for educational purposes. It is not a prescription, a dosing instruction, or medical advice. Treatment, dosing, and frequency are determined only by a licensed physician in consultation.
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Start with the Biological Audit

The Audit is complimentary for the Batch 001 cohort. Your physician will review your data, confirm protocol suitability, and initiate the V-04 allocation if appropriate.

$480 USD/mo
V-04 · Monthly
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