Oxygen continuity. Across every transition.
BHOC Transplant explores how BHOC (Biological Hemoglobin Oxygen Carrier), a cell-free hemoglobin-based oxygen carrier, could support oxygen delivery during organ preservation, machine perfusion and transplantation. Its research follows oxygen continuity from donor care through ex vivo organ support to recipient recovery. Each stage requires its own evidence and protocol.
Research concept across separate donor, ex-vivo and recipient protocols. A P50 near 40 mmHg at 37°C is described for historical HBOC-201; product-specific BHOC behavior, transplant outcomes and time gained remain to be established.
A journey with separate questions.
The route from donor to recipient crosses distinct scientific, ethical and clinical settings. Enter where you need the detail.
Follow the organ
Six connected stages, multiple organ sources, and a separate recipient path. Each stage opens its own Evidence and Concept notes.
Explore the journey ↗02 / BiologyStart at the molecule
Oxygen affinity, temperature and local demand define questions to measure. Historical carrier findings are separated from BHOC-specific validation.
Explore the science ↗03 / SourcesSee what is known
Explore transplant-specific historical and external studies while keeping BHOC research proposals clearly labelled.
Open evidence ↗Latest updates
One organ. One protocol. A measurable question.
Begin with product characterization and controlled ex-vivo work, then assess further pathways separately.