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Peptide Stack Planner

Pre-built protocols graded by evidence quality. Browse the most validated multi-compound stacks, then build your own.

πŸ₯‡ Gold Evidence

Human clinical trial data or extensive validated clinical use with consistent outcomes

πŸ₯ˆ Silver Evidence

Strong mechanistic evidence + significant community validation or limited human trials

πŸ₯‰ Bronze Evidence

Emerging evidence, compelling mechanism, limited human data β€” monitor as research develops

πŸ¦₯

Wolverine Protocol

πŸ₯‡ Gold

The gold-standard tissue repair stack

Most searched stack on Reddit r/peptides

Compounds

BPC-157 β€” Local healing signals, VEGF upregulation, gut mucosal repair
TB-500 β€” Systemic cell migration, angiogenesis, anti-inflammatory

Synergy Mechanism

BPC-157 acts locally at injury sites; TB-500 promotes systemic cell migration and systemic anti-inflammation. Together they cover local + systemic healing simultaneously.

Evidence Note

Extensive animal and human case report data. BPC-157 has 50+ published studies. TB-500 has Phase 2 cardiac data. Most widely validated stack in the peptide community.

Typical cycle: 4–6 weeks on, 4 weeks off. Inject BPC-157 near injury site, TB-500 systemically.
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GH Pulse Stack

πŸ₯‡ Gold

Synergistic growth hormone optimization

Recommended by most peptide-prescribing clinics

Compounds

CJC-1295 (no DAC) β€” GHRH analog β€” amplifies GH pulse amplitude
Ipamorelin β€” Selective GHRP β€” triggers GH release without cortisol spike

Synergy Mechanism

GHRH (CJC-1295) increases the amplitude of GH pulses; GHRP (Ipamorelin) triggers the release. Combined, they work on two separate pathways to maximize the natural GH pulse β€” without suppressing the hypothalamic-pituitary axis long-term.

Evidence Note

Human clinical trial data shows combining GHRH + GHRP produces synergistic GH release significantly greater than either alone (3-10x greater GH pulse vs. monotherapy). One of the most evidence-backed combinations in peptide therapy.

Typical cycle: 3–6 months on, 1–2 months off. Dose before bed to align with natural GH pulse.
πŸ’ͺ

GLP-1 Defense Stack

πŸ₯ˆ Silver

Preserve muscle on GLP-1 therapy

Fastest growing stack category in 2026

Compounds

Tirzepatide or Semaglutide β€” GLP-1 agonist β€” drives fat loss via appetite suppression
Ipamorelin β€” Maintains GH/IGF-1 axis to preserve lean mass

Synergy Mechanism

GLP-1 agonists suppress appetite and drive fat loss but can also degrade lean mass. Ipamorelin supports the GH/IGF-1 axis which is critical for muscle protein synthesis, offsetting a key side effect of GLP-1 therapy.

Evidence Note

Mechanism-based evidence + emerging community validation. GLP-1s are known to cause ~25-40% muscle loss alongside fat loss. GH secretagogues help preserve lean mass. No completed RCT for this specific combination, but growing clinical adoption.

Typical cycle: Ongoing with GLP-1 protocol. Start Ipamorelin concurrently at GLP-1 initiation.
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Cognitive Foundation

πŸ₯ˆ Silver

Calm focus and neuroprotection

Compounds

Selank β€” Anxiolytic β€” serotonin/GABA modulation, reduces anxiety
Semax β€” Nootropic β€” BDNF upregulation, cognitive processing

Synergy Mechanism

Selank reduces anxiety and stress reactivity; Semax enhances BDNF and cognitive processing speed. The combination produces anxiolysis without sedation, paired with cognitive enhancement. Both are intranasal β€” convenient same-dose administration.

Evidence Note

Both have Russian clinical trial data. Selank has Phase 2/3 data for generalized anxiety disorder. Semax has neurological research for stroke recovery and cognitive enhancement. Both approved as drugs in Russia. Limited US human trials, but mechanisms well-understood.

Typical cycle: 2–4 weeks on, 2 weeks off. Administer intranasally together, morning or midday.
βŒ›

Longevity Triad

πŸ₯ˆ Silver

Multi-pathway anti-aging protocol

Most common protocol for longevity clinic clients

Compounds

Epithalon β€” Telomerase activator β€” telomere maintenance
GHK-Cu β€” Collagen synthesis, gene expression reset (anti-aging pathways)
NAD+ (Injectable) β€” Mitochondrial NAD+ restoration, sirtuin activation

Synergy Mechanism

Epithalon targets telomere length (upstream aging clock); GHK-Cu activates wound-repair and anti-inflammatory gene programs; NAD+ restores mitochondrial energy metabolism. Each targets a distinct aging pathway.

Evidence Note

Epithalon has Khavinson Institute human data showing telomere effects. GHK-Cu has 50+ published studies on collagen and gene expression. NAD+ IV/SubQ has growing clinical evidence. No combined human RCT, but individually each is well-supported.

Typical cycle: Epithalon: 10-day cycles 2x/year. GHK-Cu: ongoing. NAD+: weekly SubQ or monthly IV.
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Skin & Collagen Stack

πŸ₯ˆ Silver

Injectable aesthetics from the inside

β€œOzempic face” recovery protocol gaining traction in 2026

Compounds

GHK-Cu β€” Primary collagen activator, VEGF upregulation, anti-inflammatory
BPC-157 β€” Secondary healing support, VEGF, growth factor upregulation

Synergy Mechanism

Both upregulate collagen synthesis via different mechanisms: GHK-Cu activates copper-dependent prolyl hydroxylase; BPC-157 upregulates VEGF and growth factor pathways. Can be combined in the same injection for convenience.

Evidence Note

GHK-Cu has 50+ human studies on skin and wound healing. BPC-157 has wound healing studies in animal models and case reports in humans. Combined collagen synthesis effect is additive based on mechanism.

Typical cycle: 8–12 weeks on. Can inject at same site (compatible). Topical GHK-Cu ongoing.
πŸ”₯

Metabolic Edge

πŸ₯‰ Bronze

Mitochondrial efficiency meets fat metabolism

Compounds

MOTS-c β€” AMPK activation, mitochondrial biogenesis, exercise mimetic
AOD-9604 β€” Lipolytic GH fragment, fat oxidation without muscle effects

Synergy Mechanism

MOTS-c activates AMPK pathways that mimic exercise at the cellular level; AOD-9604 targets the beta-3 adrenergic receptor pathway for selective fat burning. Different mechanisms targeting fat metabolism from complementary angles.

Evidence Note

MOTS-c has strong animal data and emerging human data for metabolic effects. AOD-9604 has human obesity trials (Metabolic). Combination is mechanistically logical but no combined RCT data exists. Bronze grade reflects limited but promising evidence.

Typical cycle: 4–6 weeks. MOTS-c 3x/week. AOD-9604 daily, fasted.
πŸ›‘οΈ

Immune Foundation

πŸ₯ˆ Silver

Immune modulation and systemic healing

Compounds

Thymosin Alpha-1 β€” Immune modulator β€” T-cell regulation, adaptive immunity
BPC-157 β€” Gut mucosal healing, systemic anti-inflammatory

Synergy Mechanism

TA-1 modulates the adaptive immune response (T-helper cell regulation); BPC-157 supports gut mucosal integrity which is central to immune function (70% of immune system is gut-associated). Foundational combination for any immune disorder or autoimmune protocol.

Evidence Note

TA-1 (Zadaxin) has extensive human clinical trial data for immune conditions including hepatitis and cancer immunotherapy support. BPC-157 has strong gut healing data. Combination provides immune regulation + gut health simultaneously.

Typical cycle: 4–8 weeks. TA-1 2x/week, BPC-157 daily.
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Build a Custom Stack

Get a personalized multi-compound protocol with interaction analysis, dosing schedule, and PDF export. Plus early access to new research.

How to Choose a Peptide Stack

The most effective peptide stacks combine compounds that work through complementary mechanisms rather than redundant pathways. Gold-grade stacks like the GH Pulse Stack (CJC-1295 + Ipamorelin) have human clinical trial data demonstrating their synergistic effect β€” the combination produces 3–10x greater GH release than either compound alone because they target different receptors in the GH secretion pathway.

Silver-grade stacks are mechanistically compelling with community validation but lack combined RCT data. The Wolverine Protocol (BPC-157 + TB-500) is in this category β€” each compound has substantial research individually, and the combination is the most widely used repair stack in the peptide community, but a combined human trial has not been completed.

Bronze-grade stacks are emerging protocols with limited but promising evidence. They represent areas where the mechanism is well-understood but human data is early. These should be approached with additional caution and monitoring.

Disclaimer: Peptide stacks are for informational and research purposes only. Evidence grades reflect available research quality, not safety or efficacy endorsements. Consult a licensed healthcare provider before beginning any peptide protocol.