Diagnosis and Treatment of a Ruptured Ectopic Pregnancy in a Combat Support Hospital during Operation Iraqi Freedom: Case Report and Critique of a Field-Ready Sonographic Device
Abstract:This case report describes a novel diagnostic approach for ectopic pregnancy in a combat environment. We diagnosed a ruptured ectopic pregnancy at our combat support hospital by using the SonoSite 180 Plus ultrasound device (SonoSite, Bothell, WA). The live ectopic pregnancy was immediately identified and the entire pelvic anatomy was easily assessed within 5 minutes. The SonoSite ultrasound device proved to be easy to use, durable, and reliable. It produced high-quality images in a variety of applications. Th… Show more
“…When used in a field hospital in Iraq, a portable ultrasound device was used in conditions of limited space, high ambient temperature and light, and often under battery power [13]. Other authors in a similar military environment found portable ultrasound to have “great utility in the field or during patient transport” [14]. …”
Prehospital ultrasound has been deployed in certain areas of the USA and Europe. Physicians, emergency medical technicians, and flight nurses have utilized a variety of medical and trauma ultrasound assessments to impact patient care in the field. The goal of this review is to summarize the literature on emergency medical services (EMS) use of ultrasound to more clearly define the potential utility of this technology for prehospital providers.
“…When used in a field hospital in Iraq, a portable ultrasound device was used in conditions of limited space, high ambient temperature and light, and often under battery power [13]. Other authors in a similar military environment found portable ultrasound to have “great utility in the field or during patient transport” [14]. …”
Prehospital ultrasound has been deployed in certain areas of the USA and Europe. Physicians, emergency medical technicians, and flight nurses have utilized a variety of medical and trauma ultrasound assessments to impact patient care in the field. The goal of this review is to summarize the literature on emergency medical services (EMS) use of ultrasound to more clearly define the potential utility of this technology for prehospital providers.
“…The authors noted that the scans improved their diagnostic capacity and helped prevent unnecessary evacuation to higher-level facilities out of theater solely for radiologic imaging. In a recent case report of a ruptured ectopic pregnancy diagnosed in a field hospital setting with portable ultrasound, the authors subjectively described good image quality and durability throughout the deployment of the device (28). The device in this study was exposed to heat, wind, and sand, and the authors report that it was well suited to use in a field hospital or during transport.…”
Section: Feasibility Of Field Deploymentmentioning
“…Despite the controversy in objectively defining the image quality [30], [31], there is no doubt that differential diagnosis was confirmed when a more advanced clinical ultrasound unit was used, which inevitably produced higher quality ultrasound images for clinical diagnosis. Studies have suggested that PUS provides a significant benefit that can drastically alter the disposition and treatment in patients at Accident and Emergency Departments, Intensive Care Units, small-scale hospitals and remote location settings [30], [32]–[34]. In view of the concerns raised from zoological and aquarium settings, a PUS could play an adequate role in improving a variety of veterinary procedures by providing a real-time, non-invasive clinical tool.…”
Measurement of thyroid size and volume is a useful clinical parameter in both human and veterinary medicine, particularly for diagnosing thyroid diseases and guiding corrective therapy. Procuring a fully-equipped clinical ultrasound unit (FCUS) may be difficult in most veterinary settings. The present study evaluated the inter-equipment variability in dolphin thyroid ultrasound measurements between a portable ultrasound unit (PUS) and a FCUS; for both units, repeatability was also assessed. Thyroid ultrasound examinations were performed on 15 apparently healthy bottlenose dolphins with both PUS and FCUS under identical scanning conditions. There was a high level of agreement between the two ultrasound units in dolphin thyroid measurements (ICC = 0.859–0.976). A high intra-operator repeatability in thyroid measurements was found (PUS: ICC = 0.854–0.984, FCUS: ICC = 0.709–0.954). As a conclusion, no substantial inter-equipment variability was found between PUS and FCUS in dolphin thyroid size measurements under identical scanning conditions, supporting further application of PUS for quantitative analyses of dolphin thyroid gland in both research and clinical practices at aquarium settings.
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