Recovery and tissue
Tendons, muscles and tissue responses are recurring topics in peptide research. Explore the compounds associated with this area, paying attention to the model studied and the formulation used.
Open each profile to distinguish mechanism, observations and the limits of the information. Vial strengths are grouped within the compound's profile.
Compounds to explore
22 profilesAbaloparatide
An analogue of parathyroid hormone-related peptide studied for its effects on bone. Clinical findings concern controlled pharmaceutical formulations.
Open profile Single peptideARA-290
A peptide derived from a region of erythropoietin, studied in research on tissue and nerve protection.
Open profile Single peptideBPC-157
A 15-amino-acid peptide investigated in research on tissue protection and repair.
Open profile BlendBPC-157 + TB-500
A blend of two peptides separately investigated for their possible roles in tissue repair.
Open profile Single peptideCartalax
A short bioregulatory peptide examined in research on connective tissue and fibroblast activity.
Open profile Single peptideCerebrolysin
A multicomponent preparation derived from porcine brain tissue that contains neuropeptides and amino acids.
Open profile Single peptideCJC-1295 DAC
A longer-acting GHRH analogue. Its DAC modification distinguishes it from the shorter-acting version.
Open profile Single peptideCJC-1295 NO DAC
A shorter-acting GHRH analogue than the DAC version, also known as Modified GRF 1-29.
Open profile Single peptideCortagen
A synthetic tetrapeptide in the bioregulator family, studied in relation to neurons and nervous tissue.
Open profile Single peptideFOXO4-DRI
A synthetic peptide studied for its interaction with senescent cells, which have stopped dividing and may affect surrounding tissue.
Open profile Single peptideGHK-Cu
A copper-binding tripeptide also found in the body, investigated for its role in skin and tissue remodelling.
Open profile BlendGLOW
A blend of GHK-Cu, TB-500, and BPC-157, compounds individually associated with different aspects of tissue remodelling research.
Open profile Single peptideIGF-1 LR3
A synthetic IGF-1 analogue designed to bind less strongly to certain IGF-binding proteins.
Open profile BlendKLOW
A blend of TB-500, BPC-157, KPV, and GHK-Cu, assembled around research hypotheses involving tissue repair and inflammation.
Open profile Single peptideLL-37
A human cathelicidin studied for its interactions with microbes and immune cells.
Open profile Single peptideMGF
Mechano growth factor is an IGF-1 transcript variant discussed in research on muscle responses to loading and injury.
Open profile BlendNeuroxelin
A proposed blend oriented toward research on neuroprotection and recovery after brain injury.
Open profile Single peptidePEG MGF
A pegylated variant of a muscle growth factor studied in tissue adaptation and repair.
Open profile Single peptideTB-500
A name used for a synthetic fragment linked to thymosin beta-4 and tissue repair research.
Open profile StackTB-500 (5 mg) + BPC-157 (5 mg) Stack
Two separate vials representing two experimental lines of tissue research, without dedicated clinical evidence for the combination.
Open profile Single peptideTeriparatide
An active parathyroid hormone fragment with clinical data on bone formation in defined indications.
Open profile BlendTri-Heal
A blend of TB-500, BPC-157, and KPV; hypotheses about individual components do not establish effects of the blend.
Open profileThis information is educational. Inclusion in an area is not a medical indication, and reported doses in the profiles are not prescriptions.