BPC-157 (20mg)
BPC-157 (20mg)
BPC-157 (20mg)
The "wolverine peptide" renowned for its remarkable tissue regeneration properties. Animal studies demonstrate 50-70% accelerated healing in tendon, muscle, and ligament injuries, with improvements in blood flow and reduced inflammation visible within 1-2 weeks.
The "wolverine peptide" renowned for its remarkable tissue regeneration properties. Animal studies demonstrate 50-70% accelerated healing in tendon, muscle, and ligament injuries, with improvements in blood flow and reduced inflammation visible within 1-2 weeks.
2,900,000 IDR
2,900,000 IDR
Lab Reports & COA's
Lab Reports & COA's
Purity
Passed
Purity
Passed
Purity
Passed
Endotoxins
Passed
Endotoxins
Passed
Endotoxins
Passed
Heavy Metals
Passed
Heavy Metals
Passed
Heavy Metals
Passed
Sterility
Passed
Sterility
Passed
Sterility
Passed
How should I store this peptide?
How should I store this peptide?
How should I store this peptide?
What purity are your peptides?
What purity are your peptides?
What purity are your peptides?
Research Use Only [Disclaimer]
Research Use Only [Disclaimer]
Research Use Only [Disclaimer]
Same-day shipping
Local orders are delivered same-day
Same-day shipping
Local orders are delivered same-day
Same-day shipping
Local orders are delivered same-day
Free deliveries and returns worldwide
We deliver across the world for free
Free deliveries and returns worldwide
We deliver across the world for free
Free deliveries and returns worldwide
We deliver across the world for free
Guaranteed returns within first two weeks
Return us desired item within two weeks
Guaranteed returns within first two weeks
Return us desired item within two weeks
Guaranteed returns within first two weeks
Return us desired item within two weeks
Overview
Lab Reports
Storage
Overview
What BPC 157 Is & How It Works
BPC 157 (Body Protection Compound-157) is a synthetic 15-amino-acid peptide inspired by a fragment of a larger protein studied in gastric research. Preclinical evidence shows it activates multiple healing-related pathways, including angiogenesis (blood vessel formation), growth factor signaling, cell migration, and anti-inflammatory responses — all of which are key drivers in tissue repair and regeneration. It has been shown to upregulate growth hormone receptor expression and modulate pathways tied to collagen organization and cellular survival in tissue models
Observed Benefits & Preclinical Evidence
In animal models, BPC 157 has consistently demonstrated accelerated recovery across a wide range of tissues — including tendons, ligaments, muscle, bone, skin, and gastrointestinal mucosa. Studies in rats with Achilles tendon injuries showed improved biomechanical strength, more organized collagen, and significantly enhanced functional recovery versus controls. :contentReference[oaicite:1]{index=1} A systematic review of over 30 studies (largely preclinical) found enhanced structural, biomechanical, and functional outcomes in musculoskeletal injury models, along with enhanced vascularization and reduced inflammatory cytokines. :contentReference[oaicite:2]{index=2} One retrospective human case series (small cohort) reported pain relief persisting for more than six months following intra-articular BPC 157 injection for chronic knee pain, highlighting early translational interest though clinical evidence remains limited.
Why It’s of Interest to Performance & Recovery Research
Because BPC 157 engages multiple endogenous repair pathways rather than relying on a single mechanism, it’s frequently studied in research focused on tissue regeneration and recovery. Its potential to support vascular growth, connective-tissue remodeling, and cellular survival under stress makes it a compound of interest for projects examining accelerated healing trajectories and resilience after injury. While robust clinical trials are still lacking, the preclinical literature offers a mechanistic foundation that many researchers find compelling for continued investigation.
Overview
Lab Reports
Storage
Overview
What BPC 157 Is & How It Works
BPC 157 (Body Protection Compound-157) is a synthetic 15-amino-acid peptide inspired by a fragment of a larger protein studied in gastric research. Preclinical evidence shows it activates multiple healing-related pathways, including angiogenesis (blood vessel formation), growth factor signaling, cell migration, and anti-inflammatory responses — all of which are key drivers in tissue repair and regeneration. It has been shown to upregulate growth hormone receptor expression and modulate pathways tied to collagen organization and cellular survival in tissue models
Observed Benefits & Preclinical Evidence
In animal models, BPC 157 has consistently demonstrated accelerated recovery across a wide range of tissues — including tendons, ligaments, muscle, bone, skin, and gastrointestinal mucosa. Studies in rats with Achilles tendon injuries showed improved biomechanical strength, more organized collagen, and significantly enhanced functional recovery versus controls. :contentReference[oaicite:1]{index=1} A systematic review of over 30 studies (largely preclinical) found enhanced structural, biomechanical, and functional outcomes in musculoskeletal injury models, along with enhanced vascularization and reduced inflammatory cytokines. :contentReference[oaicite:2]{index=2} One retrospective human case series (small cohort) reported pain relief persisting for more than six months following intra-articular BPC 157 injection for chronic knee pain, highlighting early translational interest though clinical evidence remains limited.
Why It’s of Interest to Performance & Recovery Research
Because BPC 157 engages multiple endogenous repair pathways rather than relying on a single mechanism, it’s frequently studied in research focused on tissue regeneration and recovery. Its potential to support vascular growth, connective-tissue remodeling, and cellular survival under stress makes it a compound of interest for projects examining accelerated healing trajectories and resilience after injury. While robust clinical trials are still lacking, the preclinical literature offers a mechanistic foundation that many researchers find compelling for continued investigation.
Overview
Lab Reports
Storage
Overview
What BPC 157 Is & How It Works
BPC 157 (Body Protection Compound-157) is a synthetic 15-amino-acid peptide inspired by a fragment of a larger protein studied in gastric research. Preclinical evidence shows it activates multiple healing-related pathways, including angiogenesis (blood vessel formation), growth factor signaling, cell migration, and anti-inflammatory responses — all of which are key drivers in tissue repair and regeneration. It has been shown to upregulate growth hormone receptor expression and modulate pathways tied to collagen organization and cellular survival in tissue models
Observed Benefits & Preclinical Evidence
In animal models, BPC 157 has consistently demonstrated accelerated recovery across a wide range of tissues — including tendons, ligaments, muscle, bone, skin, and gastrointestinal mucosa. Studies in rats with Achilles tendon injuries showed improved biomechanical strength, more organized collagen, and significantly enhanced functional recovery versus controls. :contentReference[oaicite:1]{index=1} A systematic review of over 30 studies (largely preclinical) found enhanced structural, biomechanical, and functional outcomes in musculoskeletal injury models, along with enhanced vascularization and reduced inflammatory cytokines. :contentReference[oaicite:2]{index=2} One retrospective human case series (small cohort) reported pain relief persisting for more than six months following intra-articular BPC 157 injection for chronic knee pain, highlighting early translational interest though clinical evidence remains limited.
Why It’s of Interest to Performance & Recovery Research
Because BPC 157 engages multiple endogenous repair pathways rather than relying on a single mechanism, it’s frequently studied in research focused on tissue regeneration and recovery. Its potential to support vascular growth, connective-tissue remodeling, and cellular survival under stress makes it a compound of interest for projects examining accelerated healing trajectories and resilience after injury. While robust clinical trials are still lacking, the preclinical literature offers a mechanistic foundation that many researchers find compelling for continued investigation.
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PEPTIDES
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The "wolverine peptide" demonstrating 50-70% accelerated healing in tendon, muscle, and ligament injury models.
Best Seller
RECOVERY
TB 500
A tissue repair peptide demonstrating 40-60% faster recovery times in injury models through enhanced cell migration and healing.
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FAQ
FAQ