BiomedInnovations
BMI OrganBank is dedicated to developing innovative perfusion systems for the preservation and reconditioning of organs and tissues. With research facilities in Winston-Salem, NC, and in Research Triangle Park, NC, the company focuses on creating medical devices that utilize patented and proprietary technologies to improve transplant outcomes and expand organ transplantation possibilities. The company is actively involved in research, publications, and collaborations to advance organ preservation technology. Recent advancements include collaborations on artificial mitochondria transfer in ex vivo porcine models, presentations at international conferences, and moving into new research facilities in Winston-Salem. BMI OrganBank continues to innovate in organ preservation, reconditioning, and transplantation, including gene therapy and perfusion technology.
Industries
Nr. of Employees
small (1-50)
BiomedInnovations
Denver, North Carolina, United States, North America
Products
Portable organ preservation and transport unit
Self-contained, temperature-controlled transport system designed to maintain oxygenation and perfusion conditions for organs during ground and air transport.
Organ docking and reconditioning station (multi-unit)
Docking station system that connects multiple perfusion units to extend organ hold times and enable active reconditioning prior to transplantation.
Mobile organ monitoring and tracking application
Mobile application providing real-time tracking of organ location and vital perfusion metrics, integrated with decision-support workflows for clinicians.
Acellular perfusate solution
Perfusate formulation developed to mimic plasma oncotic/osmotic pressures and acid-base balance for ex vivo organ preservation.
Ex vivo pharmacodynamic research platform
Laboratory platform that enables pharmacodynamic studies using perfused organs to evaluate therapeutics, oxygen carriers, and device interactions.
Portable organ preservation and transport unit
Self-contained, temperature-controlled transport system designed to maintain oxygenation and perfusion conditions for organs during ground and air transport.
Organ docking and reconditioning station (multi-unit)
Docking station system that connects multiple perfusion units to extend organ hold times and enable active reconditioning prior to transplantation.
Mobile organ monitoring and tracking application
Mobile application providing real-time tracking of organ location and vital perfusion metrics, integrated with decision-support workflows for clinicians.
Acellular perfusate solution
Perfusate formulation developed to mimic plasma oncotic/osmotic pressures and acid-base balance for ex vivo organ preservation.
Ex vivo pharmacodynamic research platform
Laboratory platform that enables pharmacodynamic studies using perfused organs to evaluate therapeutics, oxygen carriers, and device interactions.
Services
Ex vivo perfusion research and pharmacodynamic testing
Provision and operation of perfusion platforms and laboratory services to perform pharmacodynamic and translational studies supporting device evaluation, therapeutic testing, and regulatory planning.
Collaborative research partnerships and testbed access
Structured collaborations with academic centers, consortia, clinical partners, and incubator/testbed facilities to support joint research projects, pilot clinical integrations, and grant-backed translational programs.
Ex vivo perfusion research and pharmacodynamic testing
Provision and operation of perfusion platforms and laboratory services to perform pharmacodynamic and translational studies supporting device evaluation, therapeutic testing, and regulatory planning.
Collaborative research partnerships and testbed access
Structured collaborations with academic centers, consortia, clinical partners, and incubator/testbed facilities to support joint research projects, pilot clinical integrations, and grant-backed translational programs.
Expertise Areas
- Organ perfusion and preservation
- Ex vivo pharmacodynamic testing
- Machine perfusion device engineering
- Perfusate and biomaterials formulation
Key Technologies
- Normothermic machine perfusion
- Room-temperature oxygenated perfusion
- Acellular perfusate formulations
- Nanoparticle and colloidal oxygen carriers