Six directly relevant veterinary publications from the former Oxygen Delivery Evidence collection. The central BHOC catalogue remains the source-linked historical bibliography.
Counting and evidence boundary. Five of these six publications were already present in the central bibliography or its curated layer. Weingart and Kohn (2008) was added during this migration. These six are historical Oxyglobin/HBOC publications, not six newly added entries or evidence of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
Source-linked research on the named historical oxygen carrier. Its findings do not establish the efficacy, safety or approval of a new BHOC formulation.
A dedicated section, “Hemoglobin Bazlı Oksijen Taşıyıcılar (HBOC)” [Hemoglobin-Based Oxygen Carriers], documents that HBOC/Oxyglobin had entered formal veterinary education and clinical fluid-therapy discussion. The text describes Oxyglobin as purified polymerized bovine hemoglobin used to increase oxygen-carrying capacity and discusses it in relation to hemolytic anemia, acute intravascular volume loss, hemorrhagic shock and perioperative fluid management.
Physiological point: volume replacement ≠ oxygen transport. Restoring circulating volume and restoring oxygen-carrying capacity are distinct therapeutic functions.
Statements reported in the textbook: in its discussion of hemorrhagic shock, the book states that Oxyglobin is “10 times more effective than blood”. Elsewhere it states that “1 mL Oxyglobin binds an amount of oxygen equivalent to 3 mL of blood.”
PRIMARY SOURCE VERIFICATION PENDING. These quantitative statements are reported here specifically as claims made in the textbook, not as independently validated BHOC-VET conclusions. The cited primary sources must be traced to determine whether the comparison concerns oxygen content, effective oxygen delivery, plasma distribution, microcirculatory delivery, or clinical outcome. The “10 times more effective than blood” statement particularly requires primary-source verification before use as an efficacy claim.