Hemorrhage Control
Hemorrhage control encompasses point-of-injury strategies to stop life‑threatening bleeding: hemostatic dressings, junctional and limb tourniquets, tranexamic acid delivery, endovascular occlusion (REBOA), diagnostics for coagulopathy, and durable devices for prolonged field care.
Technical Challenges
Rapid identification and quantification of ongoing internal and junctional bleeding in austere settings
Effective hemorrhage control for non-compressible and junctional wounds where standard tourniquets fail
Managing coagulopathy, hypothermia, and massive transfusion logistics in prolonged field care
Device usability under combat stress: ruggedness, speed, and minimal training requirements
Integration of real‑time diagnostics with treatment decisions during delayed evacuation
Emerging Opportunities
Portable, field‑validated diagnostics to detect internal hemorrhage and coagulopathy early
Minimally invasive, rapidly deployable endovascular adjuncts suitable for austere environments
Long‑lasting topical hemostats and sealants that work with contaminated wounds and biofilms
Integrated systems that combine hemorrhage detection, automated dosing (e.g., TXA), and durable hemostatic delivery
Current and Emerging Technologies in Hemorrhage Control
Topical hemostatic dressings and powders
Chitosan-, kaolin- and cellulose-based dressings and hemostatic powders optimized for rapid clot formation and use in contaminated, blast‑injured wounds.
Junctional and limb tourniquets / automated tourniquet systems
Mechanical and semi‑automated tourniquets engineered for groin, axilla, and proximal limb hemorrhage with simplified application under fire and telemetry-enabled pressure monitoring.
Prehospital REBOA and endovascular adjuncts
Miniaturized occlusion catheters and training packages to enable temporary aortic control for non‑compressible torso hemorrhage in forward or prolonged care scenarios.
Pharmacologic adjuncts and point‑of‑injury dosing
Field‑stable TXA formulations, hemostatic nanoparticles, and localized delivery systems to counter trauma‑induced coagulopathy and reduce hemorrhage progression.
Rapid diagnostics and wearable sensors
Portable coagulation monitors, hemoglobin sensors, and predictive algorithms for early recognition of occult bleeding and informed triage decisions.
Biologic sealants and dressings for contaminated wounds
Adhesive polymers and fibrin‑based sealants engineered for irregular, contaminated tissue surfaces and resistant to enzymatic degradation and biofilms.
Importance to Military Medicine
Immediate life‑saving impact
Uncontrolled hemorrhage is the leading preventable cause of death on the battlefield; rapid intervention preserves life and neurologic outcome.
Enables prolonged and distributed care
Durable, easy‑to‑use solutions extend safe care during delayed evacuation and in austere environments where surgical resources are limited.
Force readiness and morbidity reduction
Effective hemorrhage control reduces medical evacuation burden, long‑term disability, and preserves operational capability.
Bridges military and civilian trauma care
Technologies developed for combat translate to mass‑casualty, EMS, and rural medicine, improving civilian trauma outcomes.
Alignment with the MTEC Mission
Directly supports MTEC’s DoD mission to accelerate medical solutions that improve frontline survival and readiness.
Aligns with MTEC portfolios in combat casualty care, prolonged/distributed care, and trauma diagnostics to move prototypes into field validation.
Supports rapid transition pathways and consortium‑enabled collaborations between DoD, academia, and industry.
Dual-Use (Military + Civilian) Applications
Civilian EMS and trauma centers adopt rugged hemorrhage control devices for mass‑casualty and rural responses.
Dual‑use sealants and dressings reduce infection and blood loss in surgical and preoperative civilian settings.
Wearable sensors and diagnostics support both military readiness monitoring and civilian trauma triage systems.
Pharmacologic and endovascular advances developed for combat hemorrhage control inform civilian interventional protocols and device design.
Explore MTEC Members with Hemorrhage Control Capabilities
MTEC members bring multidisciplinary strengths—trauma surgeons, biomedical engineers, regulatory and clinical trial expertise, and rapid prototyping capacity—to accelerate field‑ready hemorrhage solutions. Explore member profiles to identify partners for device development, validation studies, and dual‑use commercialization.
115 Members with Hemorrhage Control capabilities.
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