Time-critical oxygen delivery.
Trauma, hemorrhage, EMS, HEMS, remote and humanitarian environments can expose the logistical limits of conventional blood access.
Human-use evidence ↗Applications
BHOC Therapeutics focuses on clinical and translational environments in which oxygen delivery can become a central physiological problem. These areas are fields of scientific and development interest, not approved therapeutic claims.
Trauma, hemorrhage, EMS, HEMS, remote and humanitarian environments can expose the logistical limits of conventional blood access.
Human-use evidence ↗Liver, kidney, heart and cross-organ research includes oxygenated perfusion, preservation and viability assessment.
Transplantation evidence ↗Veterinary medicine provides an important evidence base for oxygen-carrier development, including Oxyglobin regulatory history and animal-use literature.
Veterinary evidence ↗Human-use research spans acute and severe anemia, surgery, cardiovascular stress, critical care and circumstances in which donor blood may be unavailable or unsuitable.
Human-use evidence ↗Scientific interest extends to bloodless medicine, resource-limited care, austere medicine and other settings where oxygen-delivery options may need to bridge a temporary gap.
Ischemia, hypoxia and cardiac emergencies illustrate the difference between oxygen present in circulation and oxygen effectively available to stressed tissue.
Application evidence
Use BHOC-platform to search publications, institutions, journals, years and source records across Veterinary, Transplantation and Human Use.