designed with purpose
Precision Biologics
Designed to deliver a consistent, high quality biologic derived from the patient, with precision built into every step of the process.
Point of Care Simplicity
Engineered for efficient preparation and use at the point of care, without adding complexity to existing clinical workflows.
Versatile Applications
A flexible biologic platform designed for use across a wide range of specialties, procedures, and care settings.
Consistent Performance
Built to support repeatable, reliable preparation so clinicians can expect the same standard every time.
Grounded in Wound Care Research
People in the U.S. affected by chronic wounds annually
Years of published PRP research in wound care
wounds evaluated in published PRP research
Autologous prp designed for modern wound care
BlueMed PRP Wound Gel is an autologous biologic solution designed to support complex and chronic wound environments through targeted platelet delivery at the point of care.
bluemed prp wound gel
- Autologous platelet rich plasma derived from the patient’s own blood
- Gel based PRP formulation designed for direct wound bed application
- Point of care preparation supporting efficient clinical workflows
- No donor tissue or synthetic additives
- Fibrin matrix delivery that helps retain platelets at the application site
- Supports biologic activity involved in tissue response and regeneration
- Designed for use in chronic and complex wound environments
clinical applications
BlueMed PRP Wound Gel is designed for use across a range of chronic and complex wound environments. Its gel formulation allows clinicians to apply autologous PRP directly at the point of care, supporting consistency and flexibility across care settings.
case studies
BlueMed PRP Wound Gel is supported by a growing body of clinical literature evaluating the use of autologous platelet rich plasma in wound care environments. Case studies and published research continue to examine PRP’s role in biologic signaling, tissue response, and integration into chronic wound protocols.