Battlefield Hypothermia & Damage Control Resuscitation: Target Blood Heating Temperatures
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How much blood is wasted when infusing underheated fluids during hemorrhagic shock? In high-intensity combat trauma, hypothermia silently triggers the lethal triad—yet historical guidelines and equipment regulations remain surprisingly vague about exact temperature limits.
This video presents a detailed breakdown of a military medicine study evaluating blood sample behavior, coagulation factor peaks, and hemolysis thresholds at temperatures up to +42°C. You'll examine experimental data tracking real-time temperature drops during pressure infusion across standard military warmers, alongside practical battlefield context—from historical fluid warming on bonfires to emergency interventions in offshore environments.
Beyond fluid dynamics, the session covers the surgeon's practical responsibilities alongside the anesthesiologist: anti-shock room organization, safety/hazmat checks, rapid triage, temporary hemostasis (tourniquets, REBOA), and ultrasound-guided procedures before definitive operative care.
The complete experimental curves and resuscitation algorithms are featured in the full video for community members.
This video presents a detailed breakdown of a military medicine study evaluating blood sample behavior, coagulation factor peaks, and hemolysis thresholds at temperatures up to +42°C. You'll examine experimental data tracking real-time temperature drops during pressure infusion across standard military warmers, alongside practical battlefield context—from historical fluid warming on bonfires to emergency interventions in offshore environments.
Beyond fluid dynamics, the session covers the surgeon's practical responsibilities alongside the anesthesiologist: anti-shock room organization, safety/hazmat checks, rapid triage, temporary hemostasis (tourniquets, REBOA), and ultrasound-guided procedures before definitive operative care.
The complete experimental curves and resuscitation algorithms are featured in the full video for community members.
TRAUMA-01
Course
Hemorrhagic Shock, Damage Control Resuscitation, and Damage Control Surgery
01
1:08:23 Now playing
Battlefield Hypothermia & Damage Control Resuscitation: Target Blood Heating TemperaturesAn evidence-based presentation on managing hypothermia in combat trauma, featuring experimental data on blood warming up to 42°C and team workflows in the resuscitation bay.
02
59:16
Damage Control Resuscitation Without a KnifeA physiology-first approach to damage control resuscitation in war trauma, focused on what can keep a bleeding casualty alive when evacuation, blood products, equipment, and time are severely limited.
03
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Damage Control Resuscitation in Combat Trauma: Role 1 and Role 2A practical lecture on damage control resuscitation at Role 1 and Role 2—from lethal-triad physiology to blood-product strategy under battlefield constraints.
04
1:06:32
Trauma-Induced Coagulopathy: Pathophysiology and Treatment PrinciplesA clinically grounded webinar on trauma-induced coagulopathy: why bleeding control must be definitive, when standard coagulation tests fall short, and how DCR, DCS, ROTEM and blood-based resuscitation fit into the first critical hour.
05
1:00:49
POCUS Beyond eFAST: Clinical Decisions in Shock and TraumaThree trauma cases show how bedside ultrasound can clarify shock physiology, assess limb perfusion, reveal gastrointestinal complications, and guide high-stakes decisions beyond the standard eFAST protocol.
06
2:04:18
Hostile Environment Surgery: Damage Control for Combat TraumaA practical front-line lecture on damage control surgery in a hostile environment, built from early war experience near Orikhiv and focused on decisions that save life and preserve function when time, staff, light, water, and equipment are limited.
Battlefield Hypothermia & Damage Control Resuscitation: Target Blood Heating Temperatures