Page 120 - JSOM Winter 2025
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Summary Table of Take-Home Points
           Capability Area                   Key requirements/practices              Implementation notes
           Point-of-injury care  • Universal TCCC certification for all service members  • Build into basic training and annual
                                 • Rapid tourniquet and junctional hemorrhage control   recertification; establish small blood hubs
                                  (REBOA where available)                     with portable cold-chain kits
                                 • Airway adjuncts and hypothermia prevention
                                 • Forward whole-blood transfusion at platoon/company
                                  level
           Forward resuscitation    • Damage-Control Resuscitation (DCR) and PFC/PCC to   • Open ASSET+, HEST, and DCR courses to
           and surgery            bridge evacuation delays                    junior surgeons, PAs, senior medics; strict
                                 • Modular 4-6-person damage-control surgical teams near   NATO CPG adherence
                                  FLOT
           Medical logistics     • Armored ground evacuation platforms with en-route care   • Design ground evac fleet for contested
           and evacuation         packages                                    airspace; stock vehicle-mounted
                                 • Cold-chain extension for blood and critical drugs down to   refrigerators and power backups
                                  platoon level
           Interoperability and    • Coalition-wide framework for credentialing, scope of   • Led by NATO MilMed COE; integrate
           clinical governance    practice, audit                             lessons-learned loops after each deployment/
                                 • Standardized digital documentation and data dictionaries  exercise
           Data, surveillance and   • Near-real-time sharing of battlefield biogram   • Secure, interoperable platforms; automate
           CBRNe readiness        (microbiology) data                         alerts for resistance patterns and CBRNe
                                 • Integrated CBRNe biosurveillance linked to medical data   early warning indicators (i.e., acetylcholine
                                  streams                                     esterase, etc).
                                 • Encrypted, coalition-wide casualty-tracking system


           2.  Onderková  A, Quinn J, Meoli M, et al. Enhancing prehospi-  prognostic value of the lethal triad versus the lethal diamond
             tal care during the conflict in Ukraine: NATO‘s role in global   for predicting 24-hour mortality in severely injured trauma
             health engagement. Mil Med. 2025;190(3-4):86–94. doi:10.1093/  patients requiring early transfusion.
             milmed/usae380
           3.  Benhassine M, Quinn J, Stewart D, et al.  Advancing military   We conducted a multicenter retrospective cohort analysis from
             medical planning in large scale combat operations: insights from   TraumaBase , covering 26 French trauma centers (January
                                                                       ®
             computer simulation and experimentation in NATO‘s Vigorous   2011 to September 2023). Inclusion criteria involved adult
             Warrior Exercise 2024. Mil Med. 2024;189(Suppl 3):456–464. doi:   trauma patients (age >15 years) receiving ≥1 unit of red blood
             10.1093/milmed/usae152
           4.  Quinn JM. Lessons for NATO to be learned from Putin’s war in   cells within 6 hours of hospital admission. Hypocalcemia was
             Ukraine: global health engagement, interoperability, and lethality.   defined as ionized calcium <1.10mmol/L. Primary endpoint
             Connections. 2022;21(1):103–118.                was 24-hour mortality. Statistical analysis included receiver
           5.  Quinn V JM, Dhabalia TJ, Roslycky LL, et al. COVID-19 at War:   operating characteristic (ROC) curves and logistic regression
             The Joint Forces Operation in Ukraine.  Disaster Med Public   to assess associations.
             Health Prep. 2022;16(5):1753–1760. doi:10.1017/dmp.2021.88
           6.  Quinn JM, Bencko V, Bongartz AV, et al. NATO and evidence-based   From an initial cohort of 44,234 patients, 2,141 patients met
             military and disaster medicine: case for Vigorous Warrior Live   inclusion criteria (median age 39 years, 72% male, median ISS
             Exercise Series. Cent Eur J Public Health. 2020;28(4):325–330.   27). The 24-hour mortality rate was 16.1%. Hypocalcemia oc-
             doi:10.21101/cejph.a6045
           7.  Benhassine M, Van Utterbeeck F, De Rouck R, et al. Open-air   curred in 64% of patients. ROC analysis revealed similar pre-
             artillery strike in a rural area: a hypothetical scenario. In: Pro-  dictive capacities for the lethal diamond (AUC 0.71[95% CI
             ceedings of the 2023 Winter Simulation Conference (WSC). IEEE;   0.68–0.74]) and lethal triad (AUC 0.72 [95% CI 0.69–0.74],
             2023:2391–2402. doi:10.1109/WSC56905.2023.10123799  P=.26). Effect size analysis using Cramer’s V also showed no
           8.  Committee on Tactical Combat Casualty Care. Tactical Combat   significant difference (triad: 0.29; diamond: 0.28). Multivar-
             Casualty Care (TCCC) Guidelines—2024 Update. Joint Trauma   iate logistic regression demonstrated significant independent
             System; 2024.                                   associations of coagulopathy (OR 3.33 [95% CI 1.70–7.54],
           9.  Spinella PC, Holcomb JB. Whole blood in combat casualty care:
             lessons from history and ongoing experience. Curr Opin Hematol.   P=.001), acidosis (OR 4.43 [95% CI 3.24–6.14], P<.001), and
             2022;29(6):450–456. doi:10.1097/MOH.0000000000000750  hypothermia (OR 1.67 [95% CI 1.28–2.19], P<.001) with 24-
          10.  Holcomb JB, Shackelford SA, del Junco DJ, et al. The impact of   hour mortality. Hypocalcemia, however, did not retain signifi-
             prolonged field care on combat mortality in modern warfare.     cance (OR 1.11 [95% CI 0.84–1.48], P=.5).
             J Trauma Acute Care Surg. 2022;93(2 Suppl 1):S160-S168. doi:10.
             1097/TA.0000000000003524                        Our study identified no superiority of the lethal diamond over
                                                             the lethal triad for predicting early mortality, raising questions
          Comparison of the Lethal Triad and the Lethal Diamond   regarding the independent prognostic role of hypocalcemia. Al-
          in Severe Trauma: Implications for Early Mortality  though strongly associated with coagulopathy and transfusion
          Dr. Olivier Duranteau, MD, PhD (FRA), Intensive Care Unit,   requirements, hypocalcemia  alone  might not independently
          HNIA Percy Military Training Hospital, Clamart, France  predict early death. These findings support continued emphasis
                                                             on managing the lethal triad while advocating cautious, indi-
          The lethal triad, defined by coagulopathy, hypothermia, and   vidualized management of calcium levels during resuscitation.
          acidosis, is well established as a critical predictor of early mor-
          tality in severe trauma. Recent studies propose the inclusion of   This study demonstrates no significant prognostic difference
          hypocalcemia, creating a “lethal diamond,” due to calcium’s   between the lethal triad and the lethal diamond regarding
          pivotal role in coagulation, myocardial function, nerve con-  24-hour mortality in severely traumatized patients. Future
          duction, and vascular tone. This study aimed to compare the   prospective studies are necessary to determine the clinical


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