GHK-CU — FACTS YOU SHOULD KNOW

GHK-CU is a naturally occurring copper-binding tripeptide that has been the subject of scientific research for its potential roles in cellular processes.

STUDIED FOR SKIN RESEARCH
Investigated in studies exploring its effects on skin appearance and skin matrix components.

HAIR RESEARCH
Evaluated in studies related to hair follicle activity and hair condition.

CELLULAR RESEARCH
Studied for its involvement in cellular communication and natural repair processes.

ANTI-INFLAMMATORY PATHWAYS
Research indicates involvement in pathways related to the body's inflammatory response.

COLLAGEN & ELASTIN RESEARCH
Investigated in studies on collagen synthesis and elastin modulation in cell and tissue models.

TISSUE REPAIR MODELS
Used in preclinical models to explore processes associated with tissue repair and regeneration.

WELLNESS RESEARCH
Included in research related to overall wellness, vitality and cellular function.

RESEARCH INSIGHTS

IMPROVED SKIN APPEARANCE
Human studies report improvements in the appearance and depth of wrinkles.

IMPROVED SKIN DENSITY & THICKNESS
Topical GHK-CU has been associated with improved skin density, thickness and firmness.

INCREASED COLLAGEN PRODUCTION
In a human study, increased collagen production was observed in a majority of participants using a topical GHK-CU formulation.

HAIR HEALTH RESEARCH
Research suggests GHK-CU may be involved in hair growth and improve hair calibre (thickness).

ANTI-INFLAMMATORY RESEARCH
Preclinical research indicates GHK-CU may modulate inflammatory pathways and reduce inflammatory markers.

COLLAGEN & ELASTIN SYNTHESIS
Laboratory studies show GHK-CU can stimulate the synthesis of collagen, elastin and other extracellular matrix components.

TISSUE REPAIR & RECOVERY MODELS
Preclinical studies indicate GHK-CU supports tissue repair and recovery processes.

SAFETY IN STUDIES
Human studies report that topical GHK-CU was well tolerated with minimal adverse effects.

AT A GLANCE — RESEARCH SUMMARY

Skin Research — Studied in relation to skin appearance and matrix components.

Hair Research — Evaluated in studies on hair growth and condition.

Cellular Research — Involved in cellular communication and repair processes.

Inflammatory Pathways — Investigated for its role in inflammatory responses.

Collagen & Elastin — Shown to influence collagen and elastin synthesis in models.

Tissue Repair Models — Explored in models of tissue repair and recovery.

Wellness Research — Included in studies on wellness and vitality.