Joint, tendon, ligament, connective-tissue, and repair pathways under study.
24 results
Individual peptide
Researchers are studying ACE-031 in relation to tendon, ligament, and connective-tissue repair pathways.
Level 3 · Early Human Research
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Early human trials were run then discontinued for safety reasons.
View evidence map →Individual peptide
Research interest in ARA-290 centres on joint tissue remodelling and repair signaling.
Level 4 · Controlled Human Studies
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Randomized controlled trials in neuropathic pain and sarcoidosis.
View evidence map →Blend · 2 components
This blend is examined in studies of cartilage and soft-tissue regeneration pathways.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Blend · 3 components
Research interest in this blend centres on joint tissue remodelling and repair signaling.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Blend · 4 components
Research interest in this blend centres on joint tissue remodelling and repair signaling.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Blend · 4 components
This blend is examined in studies of cartilage and soft-tissue regeneration pathways.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Individual peptide
BPC-157 is examined in studies of cartilage and soft-tissue regeneration pathways.
Level 2 · Animal Research
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Extensive rodent studies; no completed controlled human trials.
View evidence map →Blend · 3 components
This blend is examined in studies of cartilage and soft-tissue regeneration pathways.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Blend · 2 components
This blend is examined in studies of cartilage and soft-tissue regeneration pathways.
Published evidence — exact blend
Not yet reviewed
Components (reviewed separately)
Individual peptide
Researchers are studying Cartalax in relation to tendon, ligament, and connective-tissue repair pathways.
Level 1 · Laboratory Research
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Laboratory bioregulator work only.
View evidence map →Individual peptide
Research interest in GHK basic centres on joint tissue remodelling and repair signaling.
Level 1 · Laboratory Research
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Cell and tissue studies without the copper complex.
View evidence map →Individual peptide
Researchers are studying GHK-Cu in relation to tendon, ligament, and connective-tissue repair pathways.
Level 4 · Controlled Human Studies
Claim: Connective-tissue and joint repair
1 Laboratory2 Animal3 Early Human4 Controlled Human5 Established
Controlled topical skin trials plus extensive laboratory work.
View evidence map →Every result card shows the same five-segment bar. Each level below matches the color of that segment.
Level 1: Laboratory Research
Observed in cells, tissue, or computational models only.
Level 2: Animal Research
Studied in animal models; results often do not transfer to people.
Level 3: Early Human Research
Human research
Small, early-stage, or uncontrolled studies in humans.
Level 4: Controlled Human Studies
Human research
Randomized or otherwise controlled human trials exist.
Level 5: Regulatory Review or Established Clinical Use
Human research
Reviewed by a regulator or established in clinical practice for a specific use.
Evidence is rated by claim—not popularity. More studies do not always mean stronger evidence.
A higher level describes research maturity. It is not a recommendation or endorsement.
Educational information only. Not medical advice.
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