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עמוד בית
Tue, 21.07.26

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July 2026
Raphael Israeli MD, Haim Izchak MD, Gil Gannot MD, Amir Oron MD

Freshwater injuries often pose diagnostic challenges due to occult entry wounds and the risk of infection from environmental pathogens. We report a rare case of an embedded live-derived (biologic) foreign body, Theodoxus jordani, in the hand after rafting trauma on the Jordan River, emphasizing early imaging, prompt extraction, and environment-appropriate antimicrobial coverage.

June 2026
Ivan Gur MD MPH MHA, Inbar Gur MD, Tomer Jerdev BMSc, Yuval Nov PhD

Background: Blast injuries impair hearing through several mechanisms that are distinct from other causes of acute acoustic trauma (AAT).

Objectives: To compare blast injured patients to those exposed to noise alone in their auditory response to hyperbaric oxygen (HBO) therapy with oral steroids.

Methods: Adult patients with evidence of a previously undocumented ≥ 30 dB pure-tone threshold within 30 days of AAT were treated with a combination of one 2.5 atm HBO therapy session for 90 minutes daily with oral prednisone. Exposure was classified by history as blast (for explosion-induced AAT) or noise. The change in high pure tone average (HPTA) was the primary outcome.

Results: Of 598 ears (387 patients) included in the final analysis, 259 were exposed to blast and 339 to noise. Before treatment, the blast injured patients had significantly more abnormal findings on otoscopy (87% vs. 95%, P = 0.003), higher pure-tone average (18 ± 11 dB vs 12 ± 9 dB; P < 0.001), and higher speech reception thresholds (16 ± 14 dB vs 10 ± 8 dB, P < 0.001). Following treatment, these patients exhibited a significantly smaller improvement in HPTA (6 ± 17 dB vs 10 ± 14 dB P = 0.022) with pure tone thresholds remaining significantly worse across all frequencies in the blast exposed group (mean difference ranging from 3.2 to 6.8 dB, all P < 0.05).

Conclusions: Blast injuries result in unique auditory characteristics and responses to HBO therapy compared to other causes of AAT.

Ivan Gur MD MPH MHA, Dror Ofir PhD, Afek Moravia BSc, Shir Orenstein BSc, Carmel Kalla MD

Background: Post-traumatic stress disorder (PTSD) remains a significant and often refractory mental health condition. Hyperbaric oxygen (HBO) therapy has demonstrated promise in alleviating symptoms of PTSD but optimal dosing and treatment duration remain unclear.

Objectives: To evaluate the clinical efficacy and dosing effects of two HBO protocols in patients with PTSD.

Methods: We conducted a randomized controlled trial comparing two HBO protocols: 60 daily sessions of 90 minutes at either 2.0 atmospheres absolute (ATA) or 2.5 ATA (HBO15). Adults with severe PTSD (Clinician Administered PTSD Score [CAPS]-5 ≥ 33) were randomized to treatment arms. CAPS-5 scores were recorded every 2 weeks. Secondary outcomes include measures of depression, sleep, executive function, and safety. Preliminary results are presented for the first nine patients who completed therapy (HBO10: n=5; HBO15: n=4).

Results: Participants in HBO15 were younger (mean age 39 vs. 59 years, P = 0.2). Baseline PTSD severity (CAPS-5) was higher in HBO15 (median 61.5 vs. 48.0, P = 0.4). Other baseline psychological scores were similar between groups. Mean CAPS-5 improvement (ΔCAPS) was greater in HBO15 (-14.0 ± 21.2) vs. HBO10 (-5.3 ± 19.6), although not statistically significant (P = 0.8). Both groups demonstrated the largest symptom reduction by weeks 6–8, with a plateau observed thereafter despite continued treatment through week 12.

Conclusions: Preliminary data suggest both HBO protocols are associated with symptomatic improvement in PTSD, with a trend toward greater effect in the higher-pressure group (2.5 ATA). Improvements appear to peak around 6–8 weeks, potentially indicating a shorter optimal treatment duration.

Danielle Akler MD, Daniel Gelman MD MSc, Irina Radomislensky BSc, Zivan Aviad Beer MD MBA MHA, Avi Benov MD MBA MHA, Roy Nadler MD MHA

Background: Age is a well-established prognostic factor in civilian trauma, where adverse outcomes increase with ages. Whether this pattern holds true in military trauma, where populations, injury mechanisms, and systems of care differ fundamentally, remains uncertain. A large-scale mobilization of Israeli Defense Forces (IDF) reservists provided an opportunity to examine this association.

Objectives: To clarify whether older service members experienced less favorable outcomes compared with younger counterparts.

Methods: This retrospective cohort study included IDF casualties recorded in the IDF Trauma Registry and the Israel National Trauma Registry between 27 October 2023 and 19 January 2025. Participants were categorized by age: 18–21 years, 22–39 years, and ≥ 40 years. Primary outcomes included 24-hour and 30-day mortality, intensive care unit admission (ICU), and hospitalization ≥ 7 days.

Results: Of 4905 casualties, 40.4% were 18–21 years of age, 54.2% were 22–39, and 5.4% were ≥ 40. Injury severity, evacuation times, pre-hospital interventions, and admission vital signs were similar across groups. Adjusted analyses showed no significant age-related differences in mortality, ICU admission, or prolonged hospitalization. Subgroup analysis of casualties with injury severity score ≥ 16 yielded comparable results.

Conclusions: In this large military trauma cohort, no significant association was found between age and mortality, ICU admission, or prolonged hospitalization. These findings were observed in a generally healthy military population receiving organized trauma care and suggest that, within this context, chronological age alone may not be an appropriate criterion for determining reserve service eligibility.

Erez Hassidov MD, Dan Paz MD, Felicity Kassis Bsc, Eyal Sela MD, Ohad Ronen MD

Background: Combat-related penetrating neck injuries (PNI) present distinct challenges in surgical settings. Accurate identification and removal of metallic fragments are crucial for minimizing complications. Although computed tomography (CT) remains the gold standard for preoperative assessment, use of intraoperative metal detectors may offer supplementary advantages by enhancing surgical accuracy and efficiency.

Objectives: To assess the technical feasibility of intraoperative metal detector assistance vs. a CT-guided primary approach.

Methods: Cadaver heads were implanted with metallic fragments from verified military-grade ordnance and subsequently underwent a CT scan. Two extraction approaches were evaluated: intraoperative metal detector assistance vs. CT-guided primary approach. Key metrics included incision length, dissection time, incision extension, and surgeon workload as assessed by the Surgery Task Load Index questionnaire.

Results: Metal detector-assisted extraction resulted in reduced initial incision lengths (3.50 cm vs. 4.87 cm) and smaller incision extensions (0.33 cm vs. 0.67 cm), indicating improved precision. However, the average dissection time was longer in the metal detector group (15:00 vs. 12:20 minutes), likely due to learning curves and additional scanning requirements. Surgeons reported lower situational stress (2.25 vs. 4.5) and reduced task complexity (4.0 vs. 4.5) when using a metal detector, despite noting increased mental demand associated with interpreting device signals during surgery.

Conclusions: Intraoperative metal detection technology shows significant potential as an adjunctive modality for shrapnel localization in combat-associated PNIs. It facilitates minimized incisions and improved surgical precision. While further optimization and clinical adaptation are necessary, this method holds promise for improving outcomes in both military and civilian trauma scenarios.

April 2026
George M. Weisz MD FRACS BA MA, Andrew Gal MBBS FRCPA

Phlycten syndrome was described as a traumatic surgical syndrome of the lower limbs, beginning as streptococcal cellulitis and progressing to necrotizing edema in individuals with starvation-induced hypoalbuminemia and electrolyte imbalance. Independently documented by three physicians during their imprisonment in Nazi concentration camps in World War II, the syndrome also developed when edematous, emaciated prisoners were flogged, causing rapid progression to gangrene and sepsis.

Hadas Katz-Dana MD, Eran Netzer MD, Ehud Rosenbloom MD

In June 2025, amid an escalating military conflict between Israel and Iran, hospitals across Israel were required to reassess and reinforce their emergency preparedness. Civilian populations in central Israel faced direct threats, including missile strikes on residential areas. In response, hospital leadership at Meir Medical Center, a secondary hospital in the center of Israel, issued a directive for an immediate mass casualty incident (MCI) simulation to be designed and executed within 48 hours. The objective was to test the hospital’s operational readiness under real-time wartime conditions, stress key interfaces between pediatric and adult emergency services, and identify latent system vulnerabilities.

January 2026
Sofyan Abu Freih MD, Dor Halpern MD, Sergei Tsaregorodtsev MD, Gadi Shaked MD

Tracheobronchial injuries (TBI) are rare but potentially fatal complications of blunt thoracic trauma. Recent literature supports conservative management in selected stable cases. In this study, we describe the case of a pediatric patient with a tracheal tear that was managed successfully without surgical intervention.

In hemodynamically stable pediatric patients, even high-grade tracheal injuries may be managed conservatively with close intensive care unit (ICU) monitoring. Early multidisciplinary evaluation is essential.

TBI following blunt trauma is an uncommon but life-threatening condition, particularly in children. Blunt trauma accounts for approximately 94% of TBIs in pediatric cases, in contrast to penetrating trauma which predominates in adults [1]. Management options are typically guided by injury classification, such as the (American Association for the Surgery of Trauma [AAST] Grade III, Cardillo Level IIIA). Non-operative treatment may be appropriate in specific stable cases even in high-grade injuries, as illustrated in former literature [2,3].

August 2025
Yoav Y. Pikkel MD, Yoav A. Levy MD, Yitzchack Ramon MD, Tal Tobias MD, Assaf A. Zeltzer MD PhD FCCPlast

Background: Modern medicine has improved survival rates in burn care. However, this progress has led to a new challenge of sepsis, which has become the leading cause of death in burn patients, accounting for over 50% of mortality. The diagnosis and treatment of sepsis in the burn care unit pose significant challenges due to the hypermetabolic state of the patient, which can mask septic signs and symptoms. This situation underscores the urgent need for improved strategies in sepsis management in burn patients.

Objectives: To assess the predictors of morbidity and mortality among severe burn patients.

Methods: Rambam Health Care Campus is the referral center for burn patients in northern Israel. We reviewed 5 years of patient records, noting information regarding sepsis, laboratory results, infections, and overall morbidity and mortality. In addition, a comparative cohort of burn patient records without sepsis was compared.

Results: Thirty patients had recorded sepsis. Total and direct bilirubin were associated with higher mortality (P < 0.05). Elevated white blood cell count and platelet count at admission were also associated with mortality (P < 0.05). The most prominent burn areas were the arms, head, and legs. The leading cause of injury was fire, followed by an explosion. Burns of total body surface area ≥ 40% was associated with sepsis.

Conclusions: Sepsis is a complex challenge when diagnosing and treating burned patients. Identifying specific traits and prognostic factors is crucial to adequately treat these patients. Research in burn care and sepsis management is essential.

Adi Maisel Lotan MD, Shirly Shohat MD, Gilad Spiegel MD, Elad Sela MD, Rami Binenboim MD, Yoav Gronovich MD MBA

Background: Soft-tissue defects of the lower limb pose a reconstructive challenge. Soft tissue loss with exposed bone, tendon, or cartilage often requires free flap reconstruction. Dermal substitutes are used for treatment of extensive burns to replace damaged skin and may be ideal for lower limb reconstruction in selected cases.

Objectives: To present our experience with reconstruction of lower limb wounds using Integra® Bilayer Wound Matrix (Integra LifeSciences Corp., Plainsboro, NJ, USA) and MatriDerm® (MedSkin Solutions Dr. Suwelack AG, Billerbeck, Germany).

Methods: This single center retrospective study comprised 10 patients who underwent reconstruction of extensive tissue defects of the distal lower limbs with dermal matrices and split-thickness skin grafts.

Results: All patients were successfully reconstructed and resumed normal ambulation. Six patients had complete and four partial graft takes that was treated conservatively until full wound healing. Older patients with medical co-morbidities or history of wound infection were more likely to have partial graft take. One postoperative infection was recorded in the study.

Conclusions: Dermal substitutes are easy to apply and safe, show minimal donor site morbidity, provide good functional and aesthetic outcomes, and should be used for reconstruction of complex lower limb wounds.

January 2025
Hagar Olshaker MD, Dana Brin MD, Larisa Gorenstein MD, Vera Sorin MD, Eyal Klang MD, Nisim Rahman BA, Michal Marianne Amitai MD

Background: On 7 October 2023, an armed conflict erupted between Hamas and Israel, leading to numerous combat casualties.

Objectives: To describe computed tomography (CT) findings of combat casualties at a tertiary medical center during the first 3 months of the conflict.

Methods: A retrospective observational study was conducted on patients admitted between 7 October 2023 and 7 January 2024. Adults with conflict-related trauma who underwent chest, abdomen, and pelvis (body) trauma protocol CT scans were included.

Results: Of 272 patients who underwent body trauma protocol CT, 112 combat-related adults were included, mean age of 27 years and one female. In total, 82 patients (73%) underwent additional scans of the head and neck or extremities. Fractures were observed in 53 patients (47%). Vascular injuries were present in 40 patients (35%). Limb injuries were most common, affecting 37 patients (33%), which prompted a protocol update. Lung injuries were the most common in body CT: 30 patients (27%). Head and neck injuries were seen in 21 patients (18%). Multisystem trauma was present in 24 patients (21%). A total of 83 patients (74%) underwent surgery, mostly orthopedic/soft tissue surgeries (63%); 15 (13%) underwent abdominal surgery, with bowel injuries confirmed in eight cases.

Conclusions: CT scans are an important tool in conflict trauma management. Limb injuries were the most frequent, necessitating protocol adjustments. Lung injuries were the most common body injury; 21% of patients had multisystem trauma. Most patients required surgery.

November 2024
Moshe Salai (Col res) MD, Michael Malkin (Lt Col) MD, Amir Shlaifer (Col) MD, Itay Fogel (Col) MD, Avi Shina (Col) MD, Liron Gershowitz (Col) MD, Elon Glasberg (Brg Gen) MD

Background: Military medicine has evolved significantly over the past 50 years, advancing from basic treatments and limited evacuations to sophisticated combat casualty care. Innovations such as hemorrhage control, early blood product administration, and telemedicine have greatly improved battlefield care. Rapid evacuation systems and skilled medical teams have reduced mortality and morbidity rates.

Objectives: To review the transformation of the Israel Defense Forces Medical Corps (IDF-MC) in combat casualty care over the past 50 years, focusing on recent applications during the Iron Swords war.

Methods: Data were collected from the personal experiences of IDF-MC doctors, IDF archives, and relevant military medical literature, with an emphasis on life-saving strategies, personnel, equipment, mental health support, and civil–military cooperation.

Results: Rapid evacuation and immediate care have improved survival rates, while increased front-line deployment of medical staff has enhanced response capabilities. Modern medical tools and techniques, such as tourniquets and blood products, have been widely adopted. Improved psychological support strategies ensure better mental health outcomes for soldiers. Enhanced coordination with civilian trauma systems optimizes care and resource allocation, leading to more efficient and effective casualty treatment.

Conclusions: The IDF-MC's advancements in rapid evacuation and front-line medical support have significantly improved combat casualty outcomes. Continued innovation and collaboration with civilian systems are essential for further progress in military medicine. Future technological advancements are anticipated to further enhance military medical care.

December 2023
Dana Brin MD, Vera Sorin MD, Noam Tau MD, Matan Kraus MD, Tom Sonin MD, Yiftach Barash MD, Evgeni Druskin MD, Eyal Klang MD, Christine Dan-Lantsman MD, Daniel Raskin MD, Elena Bekker MD, Shai Shrot MD, Amit Gutkind PhD, Olga Shouchat MD, Edith M. Marom MD, Michal M. Amitai MD

In this study, we analyzed computed tomography (CT) radiological findings from trauma treated at a single hospital in the aftermath of the terror attack in Israel on 7 October 2023. The study includes images from 34 consecutive patients, consisting of 33 males and 1 female, ranging in age from 19 to 68 years. The majority of these patients underwent both chest-abdominal-pelvic (76%) and head and neck CT scans (64.7%). Key findings highlight a high incidence of head and neck injuries (55.9%), chest trauma (44.1%), and various injuries such as soft tissue lacerations (100%), fractures particularly skull fractures at 32.4%, and brain hemorrhages (23.5%). The limitations of this study include its single-center scope and the focus on stable patients, which may bias the representation of injury types. This case series provides critical insights into the radiological impacts of large-scale terror events, emphasizing the importance of comprehensive preparedness and research in the field of mass-casualty incident response.

April 2023
Gad Shaked MD, Yoav Bichovsky MD, Guy Golani MD, Adi Segal BMedSc, Ilia Replyanski MD, Moti Klein MD, Yair Binyamin MD, Amit Frenkel MD MHA

Background: Massive, non-compressible bleeding is a leading cause of preventable trauma mortality. Resuscitative Endovascular Balloon Occlusion of the Aorta (REBOA) is a minimally invasive procedure in which a balloon catheter is maneuvered into the aorta to temporarily occlude large vessels and enable stabilization of the exsanguinating patient.



Objectives: To present experiences in assimilating REBOA at a single level 1 trauma center in Israel, to evaluate the technical aspects of the procedure, and to describe patient characteristics and outcomes.


Methods: This retrospective cohort study comprised civilians admitted with hemorrhagic shock to our trauma department who were treated with REBOA between November 2017 and July 2021. Descriptive statistics of the patients, characteristics of the injuries and patient outcomes are presented.


Results: The study included 22 patients (median age 30.1 years, 21 male). The mean systolic blood pressure (SBP) before REBOA inflation was 59.6 ± 11.4 mmHg, and the mean SBP measured after the procedure was 115.2 ± 26.3 mmHg. In 20 patients (91%), the SBP was normalized (> 90 mmHg) shortly after inflation of the balloon, and they survived the treatment in the trauma department; 15 (75%) survived the first 30 days.



Conclusions: REBOA is an effective method for the initial resuscitation and hemorrhage control of patients with massive, non-compressible bleeding and is relatively easy to assimilate in a hospital. The achievement of immediate normalization of SBP enables medical personnel to correct physiological parameters and obtain accurate imaging before proceeding to the operating theater.

September 2022
Avi Benov MD MHA, Shaul Gelikas MD MBA, Noam Fink MD, and Elon Glassberg MD MHA MBA

War is as old as history. Some may say it is older. The first Biblical war, dated 1880–1875 BCE, is depicted in the book of Genesis between nine kings in the vicinity of the Jordan river near Jericho. By the end of the war, Abraham (Abram) gets involved in saving his nephew Lot.

In addition to war, military medicine also has its roots in historical times. Hippocrates (460–377 BCE), the father of medicine, derived his medical knowledge from the battlefield, and Sushruta [1], the father of plastic surgery, mentioned the physician's preventive role in noting environmental hazards: "A common practice of the enemy is to poison the wells on the roadside, the articles of food, the shades of trees, and the fuel and forage for cattle; hence, it is incumbent on a physician marching with the troops to inspect, examine, and purify these before using any of them, in case they are poisoned."

The Greeks stated new ideas of military health, pointing to fitness promotion, gymnastics, and healthy diets to prevent illness. Over the centuries, from Alexander the Great to Napoleon’s army and wars in the 20th century, military conflicts have led to the death of hundreds of millions of people from trauma and war-related disease. Amazingly analyses of the 18th and 19th centuries have shown that 80% of the soldiers died from disease, and historians and military personnel agree that during armed conflicts in known history, only a minority of soldiers perished by the sword.

In Israel, the Israel Defense Forces-Medical Corps (IDF-MC) holds a unique position embedded in military and civilian national medicine. All medical personnel (e.g., physicians, nurses, technicians, veterinarians) who work in the IDF-MC receive their diplomas from civilian universities, train in civilian hospitals, and continue to practice in the national health system. The majority of these professionals continue to work in different civilian medical platforms in Israel after finishing their mandatory service. The IDF-MC's primary mission is to provide optimal medical care to IDF soldiers at all times (including wartime), to prevent disease and promote health, advance military medicine, and aid the civilian sector as ordered by the Government of Israel.

In this special issue of Israel Medical Association Journal (IMAJ) is to expose readers to the continuous efforts of the IDF-MC to fulfill its mission by promoting research in multiple medical fields, including trauma, ambulatory care, health administration. In addition, in this issue of IMAJ, authors discuss the unique collaboration with the civilian system during the coronavirus disease 2019 (COVID-19) pandemic.

Trauma and trauma-related injuries are the main focus of military medical research. Ben-Avi and colleagues [2] described outcomes of emergent exploratory thoracotomies on military casualties and addresses parameters that may impact the survival of these casualties. Minervini [3] further discussed the issue. Bez et al. [4] researched the impact of isolated versus non-isolated traumatic brain injuries on injury identification and decision-making by care providers in austere scenarios. Tsur and co-authors [5] described the characteristics of a unique type of terror attack: vehicle ramming.

Additional examples of treatments provided in the military prehospital arena were analyzed by Nakar and colleagues [6] who discussed how to assess pain medications administered to trauma casualties in the past two decades by IDF-MC care providers. Rittblat et al. [7] further described the use of freeze-dried plasma, a blood component used in the prehospital arena and administered via intraosseous vascular access.

The IDF-MC is a continuously changing organization emphasizing the adoption of advanced technologies and devices. Chen et al. [8] presented a blinded study on the use of point-of-care ultrasound and remote telementored ultrasound by inexperienced operators, and Sorkin et al. [9] described the BladeShield 101: a novel device for the battlefield designed to continuously measure vital signs and medical treatment provided and to transfer data through roles of care.

In this special issue of IMAJ, authors also discusse gender-related aspects at the core of medical treatment. Segal et al. [10] examined whether missed injuries were related to the medical provider's gender, while Gelikas et al. [11] assessed whether treatment with analgesia was associated with casualty gender in the military prehospital trauma setting

Over the past two and a half years, the COVID-19 pandemic has been a significant part of our lives. During these years, medical systems and teams throughout Israel and around the world struggled to adapt to this new disease and save lives fighting the pandemic. Geva et al. [12] and Shental et al. [13] discussed the impact of COVID-19 on the IDF medical system, lessons learned during the outbreak, and effects of different diseases during these times on medical treatment provided by the IDF to soldiers.

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