CURATED GROUPINGSBundles built around a goal, not a single product.
Each bundle groups real Regenexa catalog products — no new SKUs, just a faster starting point. Add the whole bundle to your cart in one click.
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Tissue recovery and repairRecovery Bundle
A curated trio for research into tissue response, repair signaling and recovery.
Purpose
Groups three peptides studied along complementary repair pathways — vascular/tissue signaling (BPC-157), cell-migration signaling (TB-500) and extracellular-matrix remodeling (GHK-Cu) — for researchers investigating recovery from a systemic and structural angle at once.
Best For
Researchers investigating tissue-repair, tendon/ligament and post-exertion recovery pathways.
Timeline
4–8 week research cycles for BPC-157/TB-500, typically alongside GHK-Cu's own 8–12 week cycle.
View protocol preview →View BundleCellular aging and healthspanLongevity Bundle
Cellular-energy and aging-biology research, paired for a broader longevity research angle.
Purpose
Combines three distinct aging-biology mechanisms — cellular-energy/DNA-repair signaling (NAD+), a bioregulator studied in aging-related cellular pathways (Epitalon), and mitochondria-targeted membrane energetics (SS-31) — for a multi-angle longevity research approach.
Best For
Researchers exploring cellular-aging, mitochondrial and circadian-signaling pathways together.
Timeline
Cycles vary by product — see each peptide's own protocol page for current dose/frequency/cycle detail.
View protocol preview →View BundleMetabolic and weight researchWeight Management Bundle
A triple-agonist incretin-pathway research peptide, paired with an oral metabolic small molecule.
Purpose
Pairs a triple GIP/GLP-1/glucagon receptor agonist (Retatrutide) with an oral NNMT-inhibitor small molecule (5-Amino-1MQ) — an incretin-pathway option alongside a distinct oral mechanism, both studied in fat-metabolism research.
Best For
Researchers studying glycemic-control and fat-metabolism pathways across an incretin-receptor agonist and an oral small-molecule angle.
Retatrutide
5-Amino-1MQTimeline
Retatrutide: 12–24 week research cycles, once weekly. 5-Amino-1MQ: per oral research protocol.
View protocol preview →View BundleGrowth-hormone pulse and recoveryPerformance Bundle
A classic growth-hormone secretagogue pairing studied for pulse research and recovery.
Purpose
Pairs an extended-duration GHRH analog (CJC-1295 With DAC) with a selective ghrelin-receptor agonist (Ipamorelin) — a commonly studied secretagogue combination for growth-hormone pulse research with a comparatively mild side-effect profile.
Best For
Researchers studying growth-hormone pulse dynamics and body-composition/recovery signaling.
CJC-1295 With DAC
IpamorelinTimeline
Ipamorelin: research cycles per product protocol. CJC-1295 With DAC: extended-duration dosing per its own protocol page.
View protocol preview →View BundleReproductive and hormonal wellnessWomen's Health Bundle
Reproductive-hormone and bonding-pathway research relevant to women’s wellness goals.
Purpose
Pairs a GnRH-signaling neuropeptide studied in reproductive-hormone regulation (Kisspeptin) with a neuropeptide hormone studied for social-bonding and anxiolytic-adjacent research (Oxytocin).
Best For
Researchers studying reproductive-hormone signaling and bonding/anxiolytic-adjacent pathways together.
Kisspeptin
OxytocinTimeline
Per each product's own protocol page — see individual dose/frequency detail.
View protocol preview →View BundleVitality and hormonal wellnessMen's Health Bundle
Growth-hormone and reproductive-hormone research relevant to men’s wellness goals.
Purpose
Pairs a GHRH(1-29) analog historically studied for GH-stimulation (Sermorelin) with a GnRH-signaling neuropeptide studied in reproductive-hormone regulation (Kisspeptin).
Best For
Researchers studying GH-stimulation and reproductive-hormone signaling together.
SermorelinKisspeptin Timeline
Per each product's own protocol page — see individual dose/frequency detail.
View protocol preview →View BundleSkin remodeling and appearanceHair & Skin Bundle
Matrix-remodeling and expression-line research for skin and hair-adjacent goals.
Purpose
Pairs a copper-binding peptide studied in extracellular-matrix and tissue-remodeling pathways (GHK-Cu) with a topical acetyl octapeptide studied for expression-line and neuromuscular signaling (SNAP-8).
Best For
Researchers studying skin-remodeling, wound/matrix-repair and topical expression-line pathways.
GHK-Cu
SNAP-8Timeline
GHK-Cu: 8–12 week research cycles. SNAP-8: topical, per product protocol.
View protocol preview →View BundleImmune and antioxidant researchImmune Support Bundle
Immune-modulation, antioxidant and gut-healing research angles in one grouping.
Purpose
Combines an immune-modulating peptide studied in infectious-disease/oncology-adjunct research (Thymosin Alpha-1), a master-antioxidant tripeptide (Glutathione), and an anti-inflammatory alpha-MSH fragment studied for gut-healing (KPV).
Best For
Researchers studying immune-modulation, oxidative-stress and gut-healing pathways together.
Thymosin Alpha-1
Glutathione
KPVTimeline
Per each product's own protocol page — see individual dose/frequency detail.
View protocol preview →View BundleSleep and stress researchSleep Optimization Bundle
Two research peptides studied for sleep regulation and stress response.
Purpose
Pairs a delta sleep-inducing peptide studied for sleep regulation (DSIP) with a Tuftsin analog studied for anxiolytic and immune-modulating effects, mainly in Russian research literature (Selank).
Best For
Researchers studying sleep-regulation and stress-response pathways together.
DSIP
SelankTimeline
Per each product's own protocol page — see individual dose/frequency detail.
View protocol preview →View Bundle Bundles are educational groupings of existing research products, not a combined or new formulation. Each item ships and is documented exactly as it is when purchased individually.
BPC-157
TB-500
