: Direct heat causes the destruction of red blood cells (RBCs), leading to free hemoglobin in the plasma.
: Thermal injury disrupts the coagulation cascade, often leading to a hypercoagulable state or disseminated intravascular coagulation (DIC) in extreme cases. II. Fluid Resuscitation and Blood Flow
: Near-infrared oximetry is often used to record prefrontal cortex oxygenation and blood volume during heat stress. III. Biochemical Markers and Triage
The primary goal in the early phase (P1) is maintaining tissue perfusion to prevent organ failure.
Identifying the severity of "burning blood" helps in effective patient triage during mass casualty incidents.
"Burning Blood" is a prominent topic in medical research, specifically concerning the following severe thermal injuries. Part 1 (P1) of this study typically focuses on the immediate hematological responses , fluid resuscitation requirements, and the biochemical markers of blood damage. I. Acute Hematological Response
: Heat causes stasis in small vessels, leading to "sludging" of blood and localized ischemia.