Journal of Special Operations Medicine - Podcasts

1. Testosterone for the Management of Traumatic Hemorrhage: A Systematic Review (Paul)The review followed PRISMA and was registered in PROSPERO. It asked whether giving testosterone during acute traumatic hemorrhage improves outcomes.It found 215 studies, and none met the inclusion criteria, so there is no human evidence yet.Animal and lab data showed no clear clotting benefit. Some showed more inflammation, and estrogen looked possibly more protective.The hosts called it hypothesis-generating rather than practice-changing. They suggested a more useful question is how casualties already on testosterone respond.A limitation is that the review only included English-language studies.2. Over-Penetration Risk of TASER 10 Conducted Electrical Weapon Darts in Humans (Sydney)The TASER 10 fires single darts from a 10-cartridge magazine at about 205 ft/s, up from about 175 ft/s in older models.In 20 volunteers (40 dart impacts), none over-penetrated, even at 273 ft/s. Testing stopped when the darts themselves began to fail.The faster darts still carry more energy, so sensitive areas like the eyes remain a risk.Limitations were a small sample, bare-skin testing only, and manufacturer funding.3. Clinical and Operational Considerations of IV and IO Access in High-Acuity Environments (Matt)Shock, vasoconstriction, hypothermia and venous collapse make IV access hard in combat. Even in civilian settings, 24–35% of adults meet criteria for difficult IV access.TCCC favors IO access when IV fails, but IO is not automatically equivalent to IV for drug delivery. The adenosine example illustrates this.Ultrasound-guided IV access helps but is bulky in the field. The authors frame access as a decision that depends on context.All three hosts said they would prioritize IO proficiency for every medic. IO works well for whole blood and a TXA flush, while analgesics often work better IV.

Medical Editor's IntroductionHighlights two additional articles not covered in the podcast:"Expeditionary Point of Care Ultrasound for Combat in Austere Environments" — discusses challenges of forward-deployed POCUS (environmental extremes, limited power, skill sustainment) and proposes a structured framework."The Use of Trauma Gel for Hemorrhage Control and Tourniquet Removal" — a case series on traumatic extremity injuries; trauma gels show promise for a difficult clinical problem in SOF medicine.Article 1 — Presented by Sydney Duke"Telemedicine Consultation: Lessons Learned from the Pararescue Experience" (Gottschuk, Oeding, Blacker, DeSoucy, Rush)Retrospective review of 13 telemedicine consultations / 28 patients over 10 years (2010–2020)Use cases: cave entrapment, trauma, burns, medical illness; consultations between PJs and flight surgeons ± specialistsNotable case: 2018 Thai cave rescue — telemedicine guided pediatric sedation during extractionBiggest challenges were communicative, not technological (e.g., "patient is urinating okay" ≠ measured urine output)3 key lessons: shared communication framework; simple voice calls often work best; rehearse telemedicine before deploymentDiscussion touched on the need for dedicated telemedicine providers in operational settingsArticle 2 — Presented by Paul Rajan"One IFAK Isn't Enough: Rethinking Individual Medical Loadouts for Modern War" (Beerbaum & Henderson)Uses a firsthand account from a trench fight in Ukraine to challenge the traditional IFAK model (1 casualty → 1 injury → stabilize → evacuate)Key findings: modern drone warfare creates multisystem trauma patterns that overwhelm IFAK supplies; IFAKs can be physically destroyed by the same blast/shrapnel that caused the casualties; rapid evacuation is no longer guaranteedTakeaway: training scenarios must reflect Ukraine-era wound patterns; individual loadouts need to be rethought for large-scale combat operationsArticle 3 — Presented by Matt Faranella"Prediction Factors Associated with Success in Military Special Operations Courses: A Systematic Review" (Tourinho, de Souza, Filho, Miranda, Viana, Alves, & Bunn)Screened down to 23 studies (1990–2022) across ~10 countries; selections included SFAS, BUDS, AFSOC, Italian Rangers, and othersTop predictors of success:Aerobic fitness (VO2 max, run/ruck times) — most predictiveMuscular endurance — pull-ups, push-ups, loaded marchesPsychological resilience — stress tolerance, mindfulness, lower dissociative symptoms under stressPrior selection experience — recycles had higher subsequent success ratesBody composition less predictive than expected — the "6'3" and 6% body fat" operator image doesn't hold up statisticallyLively discussion on mindfulness in both special operations and medical training, and how grit/resilience transcends both domainsDisclaimer: Views are the speakers' own and do not represent the official position of JSOM, the Defense Health Agency, or any branch of the US government.

Episode Description:In this spring edition of the Journal of Special Operations Medicine Podcast, the team examines evolving challenges at the intersection of behavioral health, combat trauma care, and medical technology in austere environments. Drawing from recent JSOM publications, the discussion highlights how modern warfare—characterized by remote engagement, prolonged care timelines, and rapid technological integration—is reshaping both injury patterns and treatment strategies across the continuum of care.The episode reviews three featured articles. First, a case report explores the augmentation of cognitive processing therapy (CPT) with spiritual counseling in a Special Operations Forces (SOF) operator experiencing PTSD and moral injury following indirect trauma exposure via drone surveillance. Second, a systematic review of orthopedic trauma in the Russia–Ukraine conflict outlines current injury patterns dominated by blast and high-velocity mechanisms, along with implications for surgical management and long-term rehabilitation. Third, a pilot study evaluates AI-assisted lung ultrasound interpretation by novice medics, demonstrating improved diagnostic accuracy and confidence in identifying pneumothorax in resource-limited settings.Together, these discussions underscore the increasing complexity of operational medicine, where providers must integrate psychological, surgical, and technological considerations to optimize outcomes in dynamic and constrained environments.Guests / Hosts:- Jessica Rodriguez — Medical student, incoming surgical resident; co-host- Sydney Duke — Medical student; co-host- Matthew Faranella — Medical student with operational perspective; co-host- Dan Godbee — Medical Editor, JSOM (introductory commentary)Key Topics Covered:- PTSD and moral injury, including indirect trauma exposure in modern warfare- Integration of spiritual counseling with evidence-based psychotherapy (CPT)- Role of military chaplains in operational and clinical settings- Orthopedic trauma patterns from near-peer conflict (blast, drone, and high-velocity injuries)- Damage control orthopedics, infection mitigation, and rehabilitation strategies- AI-assisted point-of-care ultrasound (POCUS) for pneumothorax detection- Operational considerations for deploying AI and ultrasound across echelons of care- Triage and decision-making in mass casualty (MASCAL) scenariosOperational Relevance:This episode highlights the expanding scope of operational medicine, emphasizing the need for adaptable, multidisciplinary approaches that address both physical and psychological injury. It also critically examines how emerging technologies can enhance frontline capability while reinforcing the importance of context-appropriate application in austere and combat environments.Major Takeaways:- Indirect exposure to trauma is an increasing driver of PTSD and moral injury- Spiritual counseling may enhance engagement and outcomes in select patient populations- Blast and drone-related injuries continue to define modern combat trauma- Early stabilization and infection control remain essential to survivability- AI-assisted diagnostics improve medic performance but require careful operational integration- POCUS is most impactful in triage and higher echelons of care rather than point of injury

Thirty years after the emergence of Tactical Combat Casualty Care (TCCC), this inaugural episode brings together two voices deeply connected to its legacy. Host Sam Patrick sits down with Dr. Frank Butler, the architect of modern TCCC, for a focused conversation on the lessons that shaped the framework—and the challenges now facing its future. Drawing from operational experience and contemporary observations, including tourniquet misuse seen in Ukraine, the discussion examines how hard-won medical knowledge evolves, adapts, and risks being forgotten when training and doctrine drift from first principles. This episode is a reflection on where TCCC began, what it has become, and why its core ideas must continue to be taught, questioned, and reinforced for the next generation. This episode is sponsored by The Honor Foundation.

The Winter 2026 edition of the Journal of Special Operations Medicine Podcast brings together hosts Jessica Rodriguez, Sydney Duke, and Matthew Farinella for a lively, insightful discussion that blends medical education, operational readiness, and the evolving demands of military medicine.🎙️ Episode HighlightsTeam Updates & Military Match: The hosts share personal updates on rotations, match results, and the unique rhythm of the military medical training pipeline—from audition rotations to the fast-paced final months of medical school.Leadership & Combat Medic Training: Sydney reviews a Belgian Defense study evaluating whether prior EMT experience predicts success in combat medic training. The surprising takeaway: Intrinsic leadership, situational awareness, and tactical decision‑making—not prior clinical experience—were the strongest predictors of performance. Matt adds perspective from his time as an Army Ranger medic, underscoring the real‑world importance of tactical awareness over résumé bullet points.https://jsomonline.org/product/implementing-operational-skills-in-the-education-of-combat-medics-at-the-belgian-defense-an-integrative-model/SAM IO vs. EZ‑IO in Austere Environments: Jessica breaks down a comparative study of two intraosseous access devices. While the EZ‑IO was slightly faster, both devices had 100% success rates. The SAM IO’s lighter weight, lower cost, and lack of battery dependence make it a compelling choice for prolonged field care and dismounted operations.https://jsomonline.org/product/a-prospective-comparison-of-sam-io-versus-ez-io-insertion-time-and-usability-during-simulated-vascular-access/Lead Article: Rethinking CASEVAC for Near‑Peer Conflict: Matt dives into the edition’s lead article, exploring how the U.S. military must adapt casualty evacuation doctrine for large-scale combat operations. Key themes include:Moving from MEDEVAC-centric thinking to flexible CASEVAC modelsIntegrating evacuation planning under the Army Maneuver Center of ExcellenceTraining challenges for mass‑casualty, multi-branch, multi‑domain operationsLessons from historical conflicts and modern precision‑strike capabilitieshttps://jsomonline.org/product/the-chicken-fox-and-grain-solving-the-problem-of-casevac/🧭 Why This Edition MattersThis winter installment bridges the gap between academic insight and operational reality. Whether discussing leadership development, medical device selection, or the future of battlefield evacuation, the hosts highlight the evolving demands placed on today’s military medical professionals.📡 Stay ConnectedFollow the Journal of Special Operations Medicine across social platforms at @JSOMonline, and subscribe to the biweekly newsletter for updates, research highlights, and community insights.