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A Sampling of TCCC and
                               ERCCC Journal Watch Abstracts From 2021



                                Harold R. Montgomery, ATP; Thomas A. Rich, NREMT-P;
                          Brendon G. Drew, DO; Cord Cunningham, MD; Frank K. Butler, MD







              he Committee on Tactical Combat Casualty Care (CoTCCC)   A Prehospital Scoring System for Predicting the
              and the  Committee on En  Route  Combat Casualty Care   Need for Emergent Blood Product Transfusion
          T(CoERCCC)  conduct  a  monthly  screening  and  review  of   Guy Avital, Shaul Gelikas, Irina Radomislensky, Avishai M. Tsur,
          the published medical literature for relevance to the tactical, pre­  Alex Sorkin, Eilat Shinar, Moran Bodas, Mark H. Yazer,
          hospital, and en route care guidelines and operational commu­  Andrew P. Cap, Jacob Chen, Elon Glassberg, Avi Benov
          nities. Since 2008, the CoTCCC has published and distributed a   Transfusion. 2021;61 Suppl 1:S195–S205.
          quarterly journal watch and CoERCCC was added in 2020. We
          now publish a combined quarterly and annual journal watch on   Background: Several tools have been proven to predict the need
          Deployed Medicine. This journal watch can be accessed at www   for massive transfusion in trauma casualties, yet tools that are
          .deployedmedicine.com or by downloading the Deployed Medi­  easily applicable in the prehospital setting for predicting the need
          cine mobile application to a phone or device.      for any blood product transfusion in the emergency department
                                                             (ED) are lacking. Methods: A retrospective analysis of the cross­
          The journal watch effort is a critical component to the TCCC and   referenced Israeli Defense Forces Trauma Registry and the Israeli
          ERCCC clinical practice guidelines remaining evidence­based and   National Trauma Registry databases was performed to identify
          up to date with current medical practice and application. Since   predictors for any blood product transfusion in the ED. A scor­
          their  inception, the committees  have  updated  their  guidelines   ing system was developed after internally validating the predic­
          based on ongoing review of the published civilian and military   tion model. Division to risk groups was performed. Results: Seven
          prehospital trauma literature contrasted with interaction with mil­  variables (systolic blood pressure, heart rate, arterial oxygen sat­
          itary combat casualty care research institutions; Joint Trauma Sys­  uration, trunk involvement, mechanism of injury, chest decom­
          tem case reports; input from service lessons learned centers; and   pression, and tourniquet application) were included in the scoring
          direct input from experienced combat medical personnel.  system, ranging from 0 to 11.5. Risk groups for ED transfusion
          Using a keyword search of 83 combination terms and the PubMed.  included very low (0.8%), low (3.2%), intermediate (8.5%), and
          gov search site, Danielle Davis conducts a monthly pull of medical   high (31.2%) risk. Conclusion: A scoring system for predicting
          literature abstracts. These abstracts are then reviewed and identi­  the need for any blood product transfusion in the ED was devel­
          fied by the CoTCCC and CoERCCC staff for relevance to ongoing   oped, based on information readily available in the early stages of
          and potential committee efforts. The identified abstracts are then   prehospital resuscitation, allowing the receiving medical facility to
          pulled as full articles for a more thorough review for applicability.   prepare for that need.
          Articles pertinent to ongoing change proposals are provided to the
          change leads for potential inclusion their work efforts. Those and   The Impact of Prehospital TXA on Mortality Among
          remaining articles specifically related to TCCC and ERCCC topics   Bleeding Trauma Patients: A Systematic Review and
          are included in the combined quarterly journal watch.  Meta-Analysis
                                                             Ateeq Almuwallad, Elaine Cole, Jennifer Ross, Zane Perkins,
          The review and selection of articles for inclusion in the journal   Ross Davenport
          watch does not imply agreement or disagreement with the contents   J Trauma Acute Care Surg. 2021;90(5):901–907.
          nor constitute a change in TCCC or ERCCC guidelines, practices,
          or training. Additionally, neither selection of individual articles or   Background: Tranexamic acid (TXA) is an antifibrinolytic drug
          publications should be construed as an endorsement by the US Gov­  associated with improved survival among trauma patients with
          ernment, Department of Defense, or the Defense Health Agency.  hemorrhage. Tranexamic acid is considered a primary hemostatic
                                                             intervention in prehospital for treatment of bleeding alongside
          On the Deployed Medicine site, links are provided to respective   blood  product  transfusion.  Methods:  A  systematic  review  and
          publications for further reading and research. Additional log­in re­  meta­analysis was conducted to investigate the impact of prehos­
          quirements may be required at various medical literature or orga­  pital TXA on mortality among trauma patients with bleeding.
          nizational sites. The Joint Trauma System and Deployed Medicine   A systematic search was conducted using the National Institute
          do not provide downloadable articles or free access to journal sites.   for Health and Care Excellence Healthcare Databases Advanced
          Access may be acquired through service medical departments/com­  Search library which contain the following of databases:  EMBASE,
          mands or medical agencies/organizations or personal subscriptions.  Medline, PubMed, BNI, EMCARE, and HMIC. Other databases
          In 2021, the CoTCCC and CoERCCC staff screened and reviewed   searched included SCOPUS and the Cochrane Central Register
          2,739 medical literature abstracts using the process described   for Clinical Trials Library. Quality assessment tools were applied
          above. Ultimately, 357 articles were selected for detailed review   among included studies; Cochrane Risk of Bias for randomized
          and inclusion in the journal watch. The abstracts that follow are a   control trials and Newcastle­Ottawa Scale for cohort observa­
          sampling of 25 articles published between December 2020 and De­  tional studies. Results: A total of 797 publications were identified
          cember 2021. The complete list is available on Deployed Medicine.  from the initial database search. After removing duplicates and

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