Articles

Parker RD 11(4). 4 - 8 (Journal Article)

As political and social changes swee p the globe, there are opportunities to increase national security through innovative approaches. While traditional security methods such as defense forces and homeland security provide both pre-emptive and defensive protection, new methods could meet emerging challenges by responding to the political, financial, and social trends. One method is the integration of defense, medicine and public health. By assisting a nation by providing basic services, such as healthcare, collaborative efforts can increase stabilization in areas of unrest. Improved health outcomes leads to increased domestic security, which can create a ripple effect across a region. Assessment, uptake and sustainability by the host nation are critical for program success. The proposed methodology focuses on the use of primarily extant resources, such as programs used by Special Operations Forces and other health and defense programs. Additional components include evaluation, set objectives and mission collaborations. As the nexus between foreign affairs, security, and public heal th is in crea s ing ly valida ted thr ough research and prac tice, stand ard ized i nt erv entions should b e developed to minimize overlapping expenditures, promote security and strengthen international relations.

Pueschel M 11(4). 15 - 20 (Journal Article)

Waller SG, Powell C, Ward JB, Riley K 11(4). 9 - 14 (Journal Article)

Non-military government agencies and non-governmental organizations (NGOs) have made great strides in the evaluation of humanitarian medical work, and have learned valuable lessons regarding monitoring and evaluation (M&E) that may be equally as valuable to military medical personnel. We reviewed the recent literature by the worldwide humanitarian community regarding the art and science of M&E, with focus toward military applications. The successes and failures of past humanitarian efforts have resulted in prolific analyses. Alliances of NGOs set the standard for humanitarian quality and M&E standards. Military medical personnel can apply some of these standards to military humanitarian M&E in complex and stability operations. The authors believe that the NGO community's M&E standards should be applied to improve evaluation of U.S. military medical humanitarian operations.

Tobin JM, Via DK, Carter T 11(4). 43 - 44 (Journal Article)

Asuku ME, Milner SM, Gerold KB 11(4). 28 - 30 (Journal Article)

Mahmood M, Riley K, Bennett D, Anderson W 11(4). 37 - 42 (Previously Published)

In this article, we provide an overview of key international guidelines governing the supply of pharmaceuticals during disasters and complex emergencies. We review the World Health Organization's guidelines on pharmaceutical supply chain management and highlight their relevance for military humanitarian assistance missions. Given the important role of pharmaceuticals in addressing population health needs during humanitarian emergencies, a good understanding of how pharmaceuticals are supplied at the local level in different countries can help military health personnel identify the most appropriate supply options. Familiarity with international guidelines involved in cross-border movement of pharmaceuticals can improve the ability of military personnel to communicate more effectively with other actors involved in humanitarian and development spheres. Enhancing the knowledge base available to military personnel in terms of existing supply models and funding procedures can improve the effectiveness of humanitarian military operations and invite policy changes necessary to establish more flexible acquisition and funding regulations.

Froede K 11(4). 21 - 24 (Journal Article)

Relevant literature demonstrates the absolute necessity of Special Operations Forces (SOF) clinical narratives to the medics they teach and care they deliver, and discusses the concept of narrative pedagogy via review of extant literature and also SOF-specific clinical literature. SOF clinicians (medics, physicians' assistants, physicians, etc.) provide advanced trauma, clinical, and preventive care in the most austere of combat environments. SOF clinicians have adopted specific paradigms for schooling, teaching, learning, and practice. An overarching theme within SOF-generated clinical literature is that of hermeneutics and the narrative pedagogy; SOF clinicians generate their evidence from experience and frequently tell stories to educate their peers, colleagues, and student medics to increase the knowledge of the entire community.

Snow RW, Papalski W, Siedler J, Drew B, Walrath B 18(1). 19 - 22 (Case Reports)

During routine aircraft start-up procedures at a US Naval Air Station, an aviation mishap occurred, resulting in the pilot suffering a traumatic brain injury and the copilot acquiring bilateral hemopneumothoraces, a ruptured diaphragm, and hepatic and splenic contusions. The care of both patients, including at point of injury and en route to the closest trauma center, is presented. This case demonstrates a benefit from advanced life-saving interventions and critical care skills beyond the required scope of practice of search and rescue medical technicians as dictated by relevant instructions.

Warner N, Zheng J, Nix G, Fisher AD, Johnson JC, Williams JE, Northern DM, Hellums JS 18(1). 15 - 18 (Case Reports)

The military's use of whole-blood transfusions is not new but has recently received new emphasis by the Tactical Combat Casualty Care Committee. US Army units are implementing a systematic approach to obtain and use whole blood on the battlefield. This case report reviews the care of the first patient to receive low titer group O whole blood (LTOWB) transfusion, using a new protocol.

Rohrich C, Plackett TP, Scholz BM, Hetzler MR 19(3). 123 - 127 (Journal Article)

Tourniquets have become ubiquitous tools for controlling hemorrhage in the modern prehospital environment, and while commercial products are preferable, improvised tourniquets play an important role when commercial options are not available. A properly constructed improvised tourniquet can be highly effective provided the user adheres to certain principles. This review article identifies key skills in the construction and application of improvised tourniquets on an extremity. An improvised tourniquet design for an extremity should include three components: a strap, a rod, and a securing mechanism. The strap can be made from a variety of materials, but cravat- like fabric has been shown to work well. Optimal strap dimensions should be at least 2cm in width and a continuous segment long enough to extend around the extremity while still offering ends to accommodate and secure the rod. The rod should be constructed from a material that is hard, strong, and capable of withstanding the torque placed on it without bending or breaking. After torque is applied, the rod must be secured into position to maintain the constricting force and survive patient transport. Finally, the need for an improvised tourniquet is a contingency that all first responders should anticipate. Hands-on training should be conducted routinely in conjunction with other first responder tasks.

Brazeau MJ, Bolduc CA, Delmonaco BL, Syed AS 18(1). 23 - 28 (Case Reports)

We present the case of a patient with new-onset diabetes, severe acidosis, hypothermia, and shock who presented to a Role 1 Battalion Aid Station (BAS) in Afghanistan. The case is unique because the patient made a rapid and full recovery without needing hemodialysis. We review the literature to explain how such a rapid recovery is possible and propose that hypothermia in the setting of his severe acidosis was protective.

Dilday J, Sirkin MR, Wertin T, Bradley F, Hiles J 18(1). 29 - 31 (Case Reports)

The current forward surgical team (FST) operating table is heavy and burdensome and hinders essential movement flexibility. A novel attachable rail system, the Shrail, has been developed to overcome these obstacles. The Shrail turns a North Atlantic Treaty Organization litter into a functional operating table. A local FST compared the assembly of the FST operating table with assembling the Shrail. Device weight, storage space, and assembly space were directly measured and compared. The mean assembly time required for the Shrail was significantly less compared with the operating table (23.36 versus 151.6 seconds; p ≤ .01). The Shrail weighs less (6.80kg versus 73.03kg) and requires less storage space (0.019m3 versus 0.323m3) compared with the current FST operating table. The Shrail provides an FST with a faster, lighter surgical table assembly. For these reasons, it is better suited for the demands of an FST and the implementation of prolonged field care.

Deuster PA, Lunasco T, Messina LA 19(2). 100 - 104 (Journal Article)

Humans are the heart of our warfighting efforts and, as such, human performance must be optimized and sustained to maintain effective and successful SOF Operators over the long haul. How do we do this? Based on the July 2018 signing of a Joint Requirements Oversight Council Memo (JROC) making Total Force Fitness (TFF) a required framework for taking care of our military Servicemembers, we propose three solutions for further optimizing the performance of SOF. The proposed solutions are human performance optimization (HPO)/TFF capability-based blueprinting (CBB), HPO integrator profession (HPO-I), and HPO-centric education and training across the total force. These solutions would potentiate the Preservation of the Force and Family (POTFF) concept by improving the targeting of resources and support of Operator and unit operational readiness. These solutions, the knowledge, skills, abilities, and experiences in HPO from a holistic perspective and the opportunity to obtain college credits through the Uniformed Services University of the Health Sciences (USU) College of Allied Health Sciences (CAHS) are described here.

Turner R 19(2). 105 - 106 (Journal Article)

King DR 18(1). 32 (Case Reports)

Edwards TH, Wienandt NA, Baxter RL, Mays EL, Gay SD, Cap AP 19(2). 95 - 99 (Journal Article)

Military working dogs (MWDs) are force multipliers that are exposed to the same risks as their human counterparts on the battlefield. Hemostatic resuscitation using blood products is a cornerstone of damage control resuscitation protocols for both humans and dogs. Canine-specific blood products are in short supply in mature theaters due to logistic and regulatory concerns and are almost nonexistent in austere environments, whereas human blood products are readily available at most surgical facilities. The objective of this study was to evaluate the in vitro compatibility of human and canine blood by using standard crossmatching techniques with the canine blood acting as the recipient and the human blood acting as the donor. Blood samples were collected from 20 government-owned canines (GOCs) and 7 healthy human volunteers in addition to washed red blood cells (RBCs) from a commercial blood typing kit. Major and minor crossmatches were conducted as well as a protein denatured crossmatch. All samples in this study showed strong cross-reactivity, with the majority demonstrating profound hemolysis and a minority showing substantial agglutination. Based on the results of this study, transfusion of human blood to an MWD cannot be recommended at this time.

Hampton K, Van Humbeeck L 19(3). 122 (Journal Article)

Loos PE, Glassman E, Doerr D, Dail R, Pamplin JC, Powell D, Riesberg JC, Keenan S, Shackelford S 18(1). 126 - 132 (Journal Article)

Macku D, Hedvicak P, Quinn JM, Bencko V 18(1). 133 - 138 (Journal Article)

Due to the hybrid warfare currently experienced by multiple NATO coalition and NATO partner nations, the tactical combat casualty care (TCCC) paradigm is greatly challenged. One of the major challenges to TCCC is the ad hoc extension phase in resource-poor environments, referred to as prolonged field care (PFC) and forward resuscitative care (FRC). The nuanced clinical skills with limited resources required by warfighters and auxiliary health care professionals to mitigate death on the battlefield and prevent morbidity and mortality in the PFC phase represent a balance that is still under review. The aim of our article is to describe the connection between extracorporeal membrane oxygenation (ECMO) or the extracorporeal life support (ECLS) treatment and its possible improvement in prehospital trauma care, at a Role 1 or 2 facility and, more provocatively, in the PFC phase of care in the future through innovative technology and how it connects with FRC. We report and describe here the primary components of ECMO/ECLS and present the main concept of a human extracorporeal circulation cocoon as a transitional living form for the cardiopulmonary stabilization of wounded combatants on the battlefield and their transportation to higher echelons of care and treatment facilities (to include damage control resuscitation [DCR] and damage control surgery [DCS]). As clinical governance, these matters would fall within the remit of the Committee on Surgical Combat Casualty Care (CoSCCC) and the Committee on Enroute Combat Casualty Care (CoERCCC), and it is within this framework that we propose this concept piece of ECMO in the prehospital space. We caution that this report is a proposed innovation to TCCC but also serves to push the envelope of the PFC and FRC paradigm. What we propose will not change the practice this year, but as ECMO technology progresses, it may change our practice within the next decade. We conclude with proposed novel future research to save life on the battlefield with ECMO as a major challenge and one worth the focus of further research. Medicine is controversial and constantly changing; for those who work in prehospital and battlefield medicine, change is the only constant on which we rely, and without provocative discussion that makes our systems and practice more robust, we will fail.

Knapik JJ, Bedno SA 18(1). 108 - 112 (Journal Article)

Surveys indicated that 24% of military personnel are current cigarette smokers. Smoking is well known to increase the risk of cancers, cardiovascular and respiratory diseases, reproductive problems, and other medical maladies, but one of the little known effects of smoking is that on injuries. There is considerable evidence from a variety of sources that (1) smoking increases overall injury risk, (2) the greater the amount of smoking, the higher is the injury risk, and (3) smoking is an independent injury risk factor. Smoking not only affects the overall injury risk but also impairs healing processes following fractures (e.g., longer healing times, more nonunions, more complications), ligament injury (e.g., lower subjective function scores, greater joint laxity, lower subsequent physical activity, more infections), and wounding (e.g., delayed healing, more complications, less satisfying cosmetic results). Smoking may elicit effects on fractures through low bone mineral density (BMD), lower dietary intake of calcium and vitamin D, altered calcium metabolism, and effects on osteogenesis and sex hormones. Effects on wound healing may be mediated through altered neutrophils and monocytes functions resulting in reduced ability to fight infections and remove damaged tissue, reduced gene expression of cytokines important for tissue healing, and altered fibroblast function leading to lower density and amount of new tissue formation. Limited data suggest smoking cessation has favorable effects on various aspects of bone health over periods of 1 to 30 years. Favorable effects on neutrophil and monocyte functions may occur as early as 4 weeks, but fibroblast function and collagen metabolism (important for wound remodeling) appear to take considerably longer and may be dependent on the amount of prior smoking. Part 2 of this series will use this information to explore the possibility of a causal relationship between smoking and injuries.