// compare
Five stacks. Pick the right one.
Each Pepmod stack is built around a specific mechanism and use case. Use the table to match a stack to what you’re actually researching - not what an influencer mentioned last week.
// 01
Wolverine
BPC-157 · TB-500
// 02
Retatrutide Protocol
Retatrutide
// 03
Atlas
CJC-1295 · Ipamorelin
// 04
Mercury
5-Amino-1MQ · AOD-9604
// 05
Sentinel
Thymosin Alpha-1 · LL-37
Best for
Soft-tissue recovery; tendon, ligament, gut-barrier research.
Triple-agonist metabolic research (Phase III).
GH-pulse research; sleep-architecture studies.
Cellular-metabolism research; NAD+ and adipose pathways.
Immune-modulation research; chronic immune dysfunction.
Consider if
You're tracking injury recovery or working on connective-tissue protocols.
You follow the GLP-1/GIP/glucagon literature and want the most studied next-gen molecule.
You want pulsatility-preserving GH signaling without flat-line saturation.
You're upstream of GLP-1 mechanisms and interested in mitochondrial / metabolic rate work.
You're researching both adaptive (T-cell) and innate (antimicrobial) arms together.
Mechanism
BPC-157 drives angiogenesis + GH receptor expression; TB-500 enables cell migration. Complementary, non-overlapping pathways.
Single molecule, three receptor axes. Glucagon component is what differentiates from Tirzepatide.
CJC-1295 (no DAC) + Ipamorelin act on GHRH and GHS-R respectively, producing synergistic GH release that preserves natural rhythm.
5-Amino-1MQ inhibits NNMT to restore NAD+; AOD-9604 drives lipolysis without GH systemic effects.
Thymosin Alpha-1 modulates T-cell maturation; LL-37 is the endogenous cathelicidin antimicrobial. Orthogonal mechanisms.
Category
Recovery stack
Triple-agonist research kit
Sleep & GH pulse
Metabolic
Immune modulation
Price
$120
$175
$95
$150
$185
Add
// 01
BPC-157 · TB-500
Wolverine
- Best for
- Soft-tissue recovery; tendon, ligament, gut-barrier research.
- Consider if
- You're tracking injury recovery or working on connective-tissue protocols.
- Mechanism
- BPC-157 drives angiogenesis + GH receptor expression; TB-500 enables cell migration. Complementary, non-overlapping pathways.
$120
// 02
Retatrutide
Retatrutide Protocol
- Best for
- Triple-agonist metabolic research (Phase III).
- Consider if
- You follow the GLP-1/GIP/glucagon literature and want the most studied next-gen molecule.
- Mechanism
- Single molecule, three receptor axes. Glucagon component is what differentiates from Tirzepatide.
$175
// 03
CJC-1295 · Ipamorelin
Atlas
- Best for
- GH-pulse research; sleep-architecture studies.
- Consider if
- You want pulsatility-preserving GH signaling without flat-line saturation.
- Mechanism
- CJC-1295 (no DAC) + Ipamorelin act on GHRH and GHS-R respectively, producing synergistic GH release that preserves natural rhythm.
$95
// 04
5-Amino-1MQ · AOD-9604
Mercury
- Best for
- Cellular-metabolism research; NAD+ and adipose pathways.
- Consider if
- You're upstream of GLP-1 mechanisms and interested in mitochondrial / metabolic rate work.
- Mechanism
- 5-Amino-1MQ inhibits NNMT to restore NAD+; AOD-9604 drives lipolysis without GH systemic effects.
$150
// 05
Thymosin Alpha-1 · LL-37
Sentinel
- Best for
- Immune-modulation research; chronic immune dysfunction.
- Consider if
- You're researching both adaptive (T-cell) and innate (antimicrobial) arms together.
- Mechanism
- Thymosin Alpha-1 modulates T-cell maturation; LL-37 is the endogenous cathelicidin antimicrobial. Orthogonal mechanisms.
$185
// for research purposes. nothing on this page is medical advice.