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Opioid Overdose Simulation in Medical Student Education. 医学生教育中的阿片类药物过量模拟
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52230
James Mangano, Matthew J Sarsfield, Hannah Charland, Jennifer Campoli, Martin Kim, Amber Gray
<p><strong>Audience: </strong>The target audience for this simulation is third-year medical students, specifically those in an emergency medicine clerkship.</p><p><strong>Introduction: </strong>This topic is critically important in emergency medicine due to the ongoing opioid epidemic, which has led to a dramatic rise in overdose cases and deaths across the United States. Overdose deaths involving opioids numbered nearly 50,000 in 2019, a nearly six-fold increase since 1999.1 Over 70% of drug overdose deaths in 2019 involved opioids. Emergency department visits for opioid overdoses rose 30% from 2016 to 2017 in all parts of the United States. 2 Emergency departments often serve as the front line in treating opioid overdoses, where rapid recognition and timely administration of Naloxone can be lifesaving. Training medical students to recognize and manage opioid overdoses is essential to prepare them for real-world scenarios, ensuring they are equipped with the skills and confidence to respond effectively in emergencies. Educating future healthcare providers on this topic could ultimately reduce opioid-related mortality and improve patient outcomes in these high-stakes situations.</p><p><strong>Educational objectives: </strong>By the end of the simulation session, learners will be able to: 1) accurately identify the three key clinical signs of opioid overdose (respiratory depression, pinpoint pupils, unresponsiveness), 2) identify and administer the correct dose and route of Naloxone within five minutes of recognizing an opioid overdose, 3) perform at least two basic life support (BLS) interventions, such as airway management and bag-valve mask ventilation, 4) communicate effectively with team members by providing clear instructions and patient status updates at least three times during the simulation.</p><p><strong>Educational methods: </strong>In this study, high-fidelity simulation was implemented by creating a patient scenario of an opioid overdose, where students were required to recognize the symptoms and administer appropriate treatment, specifically Naloxone. The simulation was a component of the third-year emergency medicine clerkship curriculum.</p><p><strong>Research methods: </strong>Learners completed pre- and post-simulation surveys assessing confidence in recognizing and managing opioid overdose, administering Naloxone, and performing airway interventions. The surveys used 5-point Likert scales to evaluate perceived competence and simulation effectiveness.</p><p><strong>Results: </strong>The simulation significantly improved learners' confidence and knowledge in recognizing, managing, and treating opioid overdoses. Post-simulation surveys demonstrated marked gains across all domains of assessment, confirming the educational effectiveness of the scenario.</p><p><strong>Discussion: </strong>Overall, the educational content was highly effective. The significant increase in students' confidence and knowledge regarding the recognition and
受众:这个模拟的目标受众是三年级的医科学生,特别是那些在急诊医学实习的学生。导论:由于阿片类药物的持续流行,这一主题在急诊医学中至关重要,这导致了美国各地过量用药病例和死亡人数的急剧上升。2019年,与阿片类药物有关的过量死亡人数接近5万人,是1999年的近6倍。2019年,超过70%的药物过量死亡与阿片类药物有关。2016年至2017年,美国各地因阿片类药物过量就诊的急诊科人数上升了30%。2急诊科往往是治疗阿片类药物过量的第一线,快速识别和及时使用纳洛酮可以挽救生命。培训医学生识别和管理阿片类药物过量,对于他们为现实情况做好准备,确保他们具备在紧急情况下有效应对的技能和信心至关重要。就这一主题对未来的医疗保健提供者进行教育,最终可以减少阿片类药物相关的死亡率,并在这些高风险情况下改善患者的预后。教学目标:在模拟课程结束时,学习者将能够:1)准确识别阿片类药物过量的三个关键临床体征(呼吸抑制、针状瞳孔、无反应);2)在识别阿片类药物过量后5分钟内识别并施用正确的纳洛酮剂量和途径;3)实施至少两种基本生命支持(BLS)干预措施,如气道管理和气囊阀面罩通气。4)与团队成员进行有效沟通,在模拟过程中至少三次提供明确的指示和患者状态更新。教育方法:在本研究中,通过创建阿片类药物过量的患者场景来实现高保真模拟,要求学生识别症状并给予适当的治疗,特别是纳洛酮。模拟是第三年急诊医学见习课程的一个组成部分。研究方法:学习者完成模拟前和模拟后的调查,评估识别和管理阿片类药物过量、使用纳洛酮和进行气道干预的信心。调查使用5点李克特量表来评估感知能力和模拟有效性。结果:模拟显著提高了学习者识别、管理和治疗阿片类药物过量的信心和知识。模拟后的调查显示,所有评估领域都取得了显著的进展,证实了该方案的教育有效性。讨论:总的来说,教育内容是非常有效的。学生对阿片类药物过量的识别和治疗的信心和知识的显着增加表明,动手,高保真模拟成功地实现了其目标。通过让学生沉浸在一个真实的场景中,并允许他们练习使用纳洛酮,模拟使他们以更大的信心和能力处理现实生活中的情况。从实施过程中,我们了解到,基于模拟的教育是教授急诊医学关键技能的有力工具,特别是在阿片类药物过量等危及生命的情况下。学生们压倒性的积极反馈进一步强化了他们认为模拟是有价值和有价值的。主题:阿片类药物过量识别和治疗、急诊医学教育、高保真模拟、纳洛酮给药、过量症状识别、阿片类药物过量治疗、临床信心、患者模拟经验、阿片类药物流行、μ -阿片类受体拮抗、通过模拟前后调查评估的知识和信心。
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引用次数: 0
Pediatric Difficult Airway Simulation Day. 儿童困难气道模拟日。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52208
Sarah Chen, Abha Athale, Anne Runkle
<p><strong>Audience: </strong>This small-group simulation workshop is designed for pediatric emergency medicine fellows but can also be offered to emergency medicine residents or faculty.</p><p><strong>Introduction: </strong>Pediatric intubation is a high-acuity, low-frequency event. Specific patient scenarios that may lead to a difficult pediatric airway, such as airway edema, airway contamination (hemorrhage, emesis), prematurity, obesity, shock, and inhalational injuries, compound an already challenging and emergent situation. Previous studies have investigated simulation-based airway education for emergency medicine (EM), anesthesia, and critical care trainees. To our knowledge, there has been no study reporting the development and outcomes of a difficult airway course for pediatric emergency medicine (PEM) fellows covering emergency department (ED)-specific pediatric difficult airway content.</p><p><strong>Educational objectives: </strong>The objective of this one-day simulation workshop is to increase learner confidence and skills necessary to perform critical pediatric airway procedures. PEM fellows of all training levels at our institution completed a three-hour "PEM Difficult Airway Day," which consisted of six 30-minute stations focusing on airway scenarios critical for PEM fellow training: five high- and low-fidelity simulations (premature neonate, inhalational injury, contaminated airway, obese patient, and failed airway) and one discussion-based station on the physiologically difficult intubation. By the end of this workshop, learners will be able to: 1) identify various clinical situations in which a pediatric patient may have a difficult airway, 2) successfully intubate mannequins with simulated difficult airways using direct laryngoscopy (DL), video laryngoscopy (VL), laryngeal mask airway (LMA) placement, bougie-assisted intubation, and a hyper-angulated VL blade, and 3) recognize and describe the management of physiologically difficult airways and failed airways.</p><p><strong>Educational methods: </strong>Small group activity combining procedural high- and low-fidelity simulations, as well as case-based learning.</p><p><strong>Research methods: </strong>The PEM fellows completed pre- and post-workshop surveys to assess their airway knowledge and confidence regarding intubation using DL, VL, LMA placement, bougie-assisted intubation, intubation using a hyper-angulated VL blade, managing the anatomically difficult airway, managing the physiologically difficult airway, and managing the failed airway. In addition, learners were asked to identify any areas with continued knowledge gaps and low procedural confidence that they wished to be addressed in a future "PEM Difficult Airway Day."</p><p><strong>Results: </strong>Our findings suggest that the "PEM Difficult Airway Day" significantly improved PEM fellow knowledge and confidence in infrequently performed critical pediatric EM scenarios, such as bougie-assisted intubation and use
观众:这个小组模拟研讨会是为儿科急诊医学研究员设计的,但也可以提供给急诊医学住院医生或教师。儿科插管是一种高灵敏度、低频率的事件。可能导致儿童气道困难的特定患者情况,如气道水肿、气道污染(出血、呕吐)、早产、肥胖、休克和吸入性损伤,使本已具有挑战性和紧急情况的情况更加复杂。先前的研究调查了急诊医学(EM)、麻醉和重症监护学员基于模拟的气道教育。据我们所知,目前还没有研究报道儿科急诊医学(PEM)研究员的困难气道课程的发展和结果,该课程涵盖急诊科(ED)特定的儿科困难气道内容。教育目标:这个为期一天的模拟研讨会的目的是提高学习者的信心和必要的技能,以执行关键的儿科气道手术。我们机构所有培训级别的PEM研究员都完成了一个3小时的“PEM气道困难日”,其中包括6个30分钟的课程,重点关注对PEM研究员培训至关重要的气道场景:5个高保真度和低保真度模拟(早产新生儿、吸入性损伤、气道污染、肥胖患者和气道失效),以及一个基于讨论的生理困难插管课程。在本次研讨会结束时,学习者将能够:1)识别儿科患者可能有困难气道的各种临床情况,2)使用直接喉镜(DL),视频喉镜(VL),喉罩气道(LMA)放置,布基辅助插管和超角度VL刀片成功地为模拟困难气道的人体模型插管,以及3)识别和描述生理困难气道和失败气道的管理。教育方法:小组活动结合程序高保真度和低保真度模拟,以及基于案例的学习。研究方法:PEM研究员完成了研讨会前和研讨会后的调查,以评估他们的气道知识和信心,包括使用DL、VL、LMA放置、bouger辅助插管、使用超角度VL刀片插管、管理解剖上困难的气道、管理生理上困难的气道和管理失败的气道。此外,学习者被要求找出他们希望在未来的“PEM气道困难日”中解决的任何持续存在知识差距和低程序信心的领域。结果:我们的研究结果表明,“PEM困难气道日”显著提高了PEM同事在不经常执行的关键儿科急诊情况下的知识和信心,例如bouggie辅助插管和使用超角度VL刀片,以及对处理解剖困难、生理困难和失败气道的选择和技术的知识。在DL和VL插管和LMA放置的信心方面没有统计学上的显著改善。此外,研究人员认为气道异物的管理是一个持续存在知识差距和低程序信心的领域。讨论:一个致力于提高执行关键气道手术所需的信心和程序技能的研讨会,可以成功地为PEM研究员提供一个为期一天、重点突出的小组模拟研讨会。主题:儿科气道模拟,儿科困难气道,儿科急诊医学,模拟课程,医学教育,研讨会。
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引用次数: 0
A Case Report of an Atypical Presentation of Fournier's Gangrene. 富尼耶坏疽非典型表现1例报告。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52203
Elaha Noori, Konnor Davis, Tyler Rigdon, Lindsey Spiegelman

Fournier's gangrene is a well-established surgical emergency as patients can decompensate rapidly, resulting in significant morbidity and mortality. We describe a case in which a 54-year-old medically complex male presented to the emergency department (ED) with a primary complaint of abdominal pain after a therapeutic paracentesis was performed by interventional radiology just prior to arrival. Upon further questioning, the patient reported scrotal pain that had developed over three to four days. On exam, the patient was well-appearing although he did have scattered scrotal masses with chalky white purulence. Given the relatively quick development, an atypical presentation of Fournier's gangrene was suspected, and the patient was started on antibiotics with urology immediately consulted. Imaging was concerning for subcutaneous gas. The patient was subsequently taken to the operating room (OR) for debridement, where Fournier's gangrene was confirmed by surgical investigation and culture. Significant lessons from the case include the importance of early identification of Fournier's gangrene and having a low threshold to start treatment in coordination with a surgical service for atypical presentations.

Topics: Fournier's gangrene, bilateral epididymitis, scrotal pain, urologic emergency, renal transplant.

富尼耶坏疽是一种公认的外科急症,因为患者可迅速失代偿,导致显著的发病率和死亡率。我们描述了一个病例,其中一个54岁的医学复杂的男性提出了急诊科(ED)的主诉腹部疼痛后,治疗性穿刺,并在到达之前进行了介入放射学。经进一步询问,患者报告阴囊疼痛已发展超过3至4天。检查时,患者表现良好,但阴囊散在性肿块伴白垩白色脓。鉴于病情发展相对较快,我们怀疑这是一种非典型的富尼耶坏疽,并立即咨询泌尿科医生,开始使用抗生素。影像学表现为皮下气体。患者随后被送往手术室(OR)进行清创,在那里通过外科检查和培养证实了富尼耶坏疽。从该病例中得到的重要教训包括早期识别富尼耶坏疽的重要性,以及在非典型表现的外科服务协调下开始治疗的低门槛。主题:富尼耶坏疽,双侧附睾炎,阴囊疼痛,泌尿外科急诊,肾移植。
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引用次数: 0
Development and Design of a Pediatric Case-Based Virtual Escape Room on Acute Iron Toxicity. 儿童急性铁中毒虚拟逃生室的开发与设计。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52192
Kaitlyn Boggs, Manu Madhok, Tania Ahluwalia
<p><strong>Audience: </strong>This virtual escape room (VER) serves as a didactic activity tailored for learners specializing in emergency medicine, pediatrics, and family medicine across all postgraduate years. The VER can be undertaken collaboratively in teams or individually, leveraging virtual platforms and adaptable to various educational settings.</p><p><strong>Introduction: </strong>Iron tablets appeal to children due to their vibrant color and sugar coating, resembling candy. Nearly 11,000 cases of iron exposure in children under six are reported annually in the US.1 More severe incidents involve prenatal vitamins and iron preparations containing ferrous sulfate, which has a significantly higher concentration of elemental iron per tablet than other formulations.2 Virtual escape rooms (VERs) are an innovative educational tool for teaching about acute iron toxicity. By integrating gamification into medical education, VERs offer a unique approach as participants can join remotely and interact with a team of other learners in geographically distinct locations.</p><p><strong>Educational objectives: </strong>By the end of the activity, learners should be able to:Recognize the history and clinical presentation of acute iron toxicityDemonstrate knowledge of the necessary workup in suspected iron toxicityIdentify the stages of acute iron toxicityIdentify management of iron toxicity and its complicationsPerform appropriate management in the setting of decompensated hemorrhagic shock and hypovolemiaDemonstrate teamwork through communication and collaboration.</p><p><strong>Educational methods: </strong>The development process encompassed a seven-step approach: creating a scenario, defining learning objectives, and designing a suitable room.3 Clues and puzzles aligned with the specified learning objectives. The VER was hosted on Articulate 360 (Articulate Global Inc.) and complemented by a facilitator guide that provided content and technical support.</p><p><strong>Research methods: </strong>To replicate this activity, a team of facilitators should be present to organize the participants into small groups and distribute the VER link. During our implementation, this link was shared in real-time on Zoom Video Communications Inc. (Zoom), leveraging breakout rooms to assign participants to their respective rooms. Additionally, we conducted this in person with faculty and nursing, where participants were divided into groups accordingly. There was a structured format: pre-briefing, a timed escape room scenario, debriefing, and evaluation. Afterward, learners evaluated the VER and educational content with a survey hosted on Google Docs (Google LLC).</p><p><strong>Results: </strong>A total of 55 respondents completed post-evaluation surveys. Despite limited experience with previous virtual escape rooms, both trainees and faculty agreed the design was easy to follow (78.2%), fostered teamwork (90.9%), and was a feasible method of education (85.5%).</p><p><str
观众:这个虚拟逃生室(VER)作为一种教学活动,专门为所有研究生阶段的急诊医学、儿科和家庭医学的学习者量身定制。VER可以在团队或个人中进行协作,利用虚拟平台并适应各种教育环境。简介:铁片因其鲜艳的颜色和类似糖果的糖衣而吸引儿童。据报道,美国每年有近11000例6岁以下儿童铁暴露病例。更严重的事件涉及产前维生素和含硫酸亚铁的铁制剂,每片硫酸亚铁的元素铁浓度明显高于其他配方虚拟逃生室(VERs)是一种创新的铁中毒教学工具。通过将游戏化整合到医学教育中,VERs提供了一种独特的方法,参与者可以远程加入并与地理位置不同的其他学习者团队进行互动。教育目标:在活动结束时,学习者应该能够:认识急性铁中毒的历史和临床表现;展示怀疑铁中毒的必要检查的知识;确定急性铁中毒的阶段;确定铁中毒及其并发症的管理;在失代偿性失血性休克和低血容量的情况下进行适当的管理;通过沟通和协作展示团队精神。教育方法:开发过程包括七个步骤:创建一个场景,定义学习目标,设计一个合适的房间线索和谜题与指定的学习目标一致。该VER由artice360 (articeglobalinc .)主持,并由提供内容和技术支持的促进者指南进行补充。研究方法:为了复制此活动,应该有一组主持人在场,将参与者组织成小组并分发VER链接。在我们的实施过程中,该链接在Zoom Video Communications Inc. (Zoom)上实时共享,利用分组讨论室将参与者分配到各自的房间。此外,我们亲自与教师和护理人员一起进行了这项研究,参与者被相应地分成了几组。有一个结构化的格式:预先简报,定时逃离房间的场景,汇报和评估。之后,学习者通过谷歌Docs(谷歌LLC)主持的调查评估VER和教育内容。结果:共有55名受访者完成了后评价调查。尽管之前的虚拟逃生室经验有限,但学员和教师都认为这种设计易于遵循(78.2%),培养团队合作(90.9%),是一种可行的教育方法(85.5%)。讨论:该活动在学员、教师和护理专业人员中成功实施,展示了在各种应用中使用VER的能力。我们还成功地在面对面和在线平台上实施了这种格式。这种方法的局限性包括需要长期的结果数据。未来的研究可以进一步评估急性铁中毒的知识改善和临床管理。主题:急性铁毒性,急诊医学,密室逃生,摄入,游戏化,儿科,毒理学,虚拟密室逃生。
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引用次数: 0
Effects of Volume Overload: A Case Report of an Edema Bulla. 容量超载的影响:1例水肿大疱。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52206
Jarom Morris, Matthew Sommer, Felix Braun, Brent Klapthor, Allison Beaulieu, Megan Fix

We present a case of a 75-year-old female with a history of congestive heart failure who developed a large edema bulla on her right shin after running out of her home medications. The patient presented with swelling and a rapidly enlarging bulla that reached the size of a grapefruit. Physical examination revealed bilateral pitting edema and a 10 x 10 cm bulla filled with serous fluid. Dermatology was consulted, confirming the diagnosis of edema bulla secondary to acute volume overload. The bulla was drained in the emergency department, and the patient was discharged with wound care instructions, including the application of petroleum jelly and vinegar compresses. Follow-up three months later showed significant healing. This case highlights the importance of recognizing edema bullae in patients and managing the underlying fluid overload. This case report specifically demonstrates that edema bullae can present at sizes larger than the 1-5 cm range described in existing literature.

Topics: Bulla, vesicle, dermatology, blister.

我们提出一个75岁的妇女充血性心力衰竭的历史谁发展了一个大水肿大疱在她的右胫骨后,她的家庭药物。患者表现为肿胀和迅速扩大的大疱,达到葡萄柚大小。体格检查显示双侧凹陷性水肿和一个10 × 10厘米充满浆液的大泡。我们咨询了皮肤科医生,确诊为继发于急性容量超载的大水肿。在急诊科引流大疱,病人在伤口护理指导下出院,包括使用凡士林和醋敷。3个月后随访显示明显愈合。本病例强调了在患者中识别水肿大泡和处理潜在的液体过载的重要性。本病例报告明确表明,水肿大泡的大小可能大于现有文献中描述的1-5厘米范围。主题:大疱,囊泡,皮肤病,水疱。
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引用次数: 0
Cards Against Pulmonology. 纸牌对抗肺病学。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52358
Lauren Lamparter, Alisa Wray
<p><strong>Audience: </strong>This card game is designed to cultivate educational discussion among emergency medicine resident physicians about the assessment, treatment, and disposition of key pediatric and adult thoracic-respiratory diagnoses in a fun, casual environment. It could also be played by emergency medicine-bound medical students.</p><p><strong>Introduction: </strong>Emergency department visits related to the thoracic-respiratory system are common complaints in both the pediatric and adult populations. In the United States, for several years prior to the Covid-19 pandemic, respiratory system diseases accounted for about 10.6% of ED visits.1 In children, respiratory complaints make up the largest percentage of their ED visits, particularly in the fall and winter seasons.2 This number appears to have only grown higher in both adults and pediatrics in the years following the Covid-19 pandemic.3 Thoracic-respiratory disorders also account for about 7% of the American Board of Emergency Medicine In-Training Exam and qualifying exam content.4 Therefore, it is paramount that resident physicians understand the presentation, management, and treatment of a wide range of both pediatric and adult thoracic-respiratory complaints and pathology that mimics these presentations. This game explores key topics in the thoracic-respiratory system in both the pediatric and adult populations allowing for fun discussion regarding management, treatment, and disposition of these complicated disease processes. Topics range from sick to not sick patients and include bronchiolitis, pulmonary edema, pulmonary embolism, COPD exacerbation, neonatal cyanosis, viral upper respiratory infections, and more.</p><p><strong>Educational objectives: </strong>By the end of this card game, learners will 1) understand the methods of clinical assessment in thoracic-respiratory related diseases, 2) implement escalating levels of respiratory support for thoracic-respiratory pathology in pediatric and adult patients, 3) review and utilize important medications in the management of thoracic-respiratory diseases, and 4) choose appropriate dispositions of patients with various thoracic-respiratory related complaints.</p><p><strong>Educational methods: </strong>The goal of Cards Against Pulmonology is for learners to further understand the clinical assessment, management, and disposition of various thoracic-respiratory emergencies by providing the next best critical action in a given clinical situation. This game will equip residents to differentiate the sick from non-sick patients and collaboratively discuss the management and disposition of patients with a variety of thoracic-respiratory related complaints.This card game is a cognitive artifact designed to stimulate small group discussion that will enhance the clinical reasoning skills of the medical students and resident physicians who play the game. The clinical content of thoracic-respiratory conditions has been gamified through t
受众:这个纸牌游戏旨在培养急诊科住院医师在一个有趣、随意的环境中对儿童和成人胸腔呼吸诊断的评估、治疗和处置的教育讨论。急救医学专业的学生也可以玩。简介:与胸呼吸系统相关的急诊科就诊是儿科和成人人群中常见的主诉。在美国,在Covid-19大流行之前的几年里,呼吸系统疾病约占急诊科就诊人数的10.6%在儿童中,呼吸系统疾病占急诊科就诊的最大比例,特别是在秋季和冬季在2019冠状病毒病大流行后的几年里,这一数字在成人和儿科中似乎只增不增胸呼吸疾病也占美国急诊医学委员会在职考试和资格考试内容的7%左右因此,住院医师了解各种儿科和成人胸呼吸疾病的表现、管理和治疗,以及模仿这些表现的病理,是至关重要的。这个游戏探讨了儿童和成人胸廓呼吸系统的关键话题,允许对这些复杂疾病过程的管理、治疗和处置进行有趣的讨论。主题范围从患病到未患病的患者,包括细支气管炎、肺水肿、肺栓塞、慢性阻塞性肺病加重、新生儿紫绀、病毒性上呼吸道感染等。教育目标:通过这张纸牌游戏,学习者将1)了解胸呼吸相关疾病的临床评估方法,2)对儿童和成人患者的胸呼吸病理实施分级呼吸支持,3)回顾和使用胸呼吸疾病治疗中的重要药物,4)选择适当的处置方式。教学方法:肺科纸牌的目标是让学习者进一步了解各种胸呼吸紧急情况的临床评估、管理和处置,在给定的临床情况下提供下一个最佳的关键行动。这个游戏将使住院医生能够区分病人和非病人,并共同讨论各种胸呼吸相关疾病的管理和处置。这个纸牌游戏是一种认知神器,旨在激发小组讨论,从而提高玩游戏的医学生和住院医师的临床推理技能。胸呼吸疾病的临床内容已经游戏化,通过游戏策略模仿流行的纸牌游戏,反人类纸牌。在游戏过程中和游戏后讨论重点教育要点,使学习者的知识得到澄清,巩固概念。研究方法:该游戏是在每周一次的住院医师教育会议中实施的,19名住院医师和几名教师医生参与了游戏,并在游戏结束后立即使用李克特量表通过调查来评估教育体验。他们评估了自己在游戏中的整体体验、游戏参与度、游戏强化现有医学知识的能力,以及游戏内容是否与他们的临床实践相关。结果:结果非常积极,每个类别的每个Likert量表的平均值都非常一致,并要求创造其他涵盖更多主题的类似游戏。住院医师表示,他们很欣赏能够笑和学习,并且在病例结束后纳入病例讨论确实强调了有关呼吸系统疾病患者医疗护理的教育要点。他们鼓励在每一轮之后增加对药物的讨论。讨论:总的来说,这个游戏非常有效地激发了关于胸呼吸相关疾病患者护理的对话。所有医学院学生、住院医生和主治医生都非常投入,在整个游戏过程中保持兴奋。游戏的执行表明,适当的小组规模是5到6名玩家,这样可以进行活跃的讨论和参与。同样重要的是,辅导员在一组病例卡结束时讨论患者的预期结果,以鼓励幽默游戏的同时具有教育价值。主题:肺科,胸呼吸系统,呼吸短促,咳嗽,病毒性呼吸道感染,细支气管炎,哮喘,慢性阻塞性肺病,肺水肿,儿科呼吸系统疾病。
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引用次数: 0
Open Chest Wound with Sternal Fracture in the Emergency Department, a Case Report. 胸骨骨折开放性胸伤急诊1例报告
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52202
Alexandra Ortego, Vivek Sharma

This case highlights a rare and complex occurrence of an open chest wound with a pathologic sternal fracture. This resulted from a combination of remote chest trauma, chronic chest wall infection, malignancy, and ultimately, sternal osteomyelitis. A 69-year-old male presented with a large, open anterior chest wound, chronic ulceration, and weight loss. Thirty years earlier, the patient had sustained trauma from a firecracker, which led to a chronic wound for which he did not seek medical attention. Physical exam revealed a large open chest wound with an open sternal fracture and exposed pericardium. The patient underwent surgical resection, followed by chest wall reconstruction using a rectus myocutaneous flap. Tissue pathology confirmed squamous cell carcinoma and osteomyelitis of the sternum. The case demonstrates the complexity of managing a large chronic chest wound and pathologic sternal fracture secondary to malignancy and osteomyelitis. The key lesson is the importance of early medical evaluation and a multidisciplinary approach to improve outcomes in similar scenarios. The rarity of this case emphasizes the need for heightened awareness among clinicians who may encounter earlier presentations of this disease process in order to prevent complications, such as osteomyelitis, pathological fractures and structural instability of the chest wall.

Topics: Open sternal fracture, open chest wound, chest wall malignancy, squamous cell carcinoma, sternal osteomyelitis, chronic chest wall infection.

本病例是一例罕见且复杂的胸骨病理性骨折的开放性伤口。这是由远端胸部创伤、慢性胸壁感染、恶性肿瘤和最终的胸骨骨髓炎共同造成的。一名69岁男性,胸部前切口大,慢性溃疡,体重下降。30年前,这名病人遭受了爆竹的创伤,导致慢性伤口,他没有求医。体格检查发现一个巨大的胸骨开放性骨折和暴露的心包。患者接受手术切除,随后使用直肌肌皮瓣重建胸壁。组织病理证实为胸骨鳞状细胞癌及骨髓炎。这个病例显示了处理一个巨大的慢性胸部伤口和继发于恶性肿瘤和骨髓炎的病理性胸骨骨折的复杂性。关键的教训是早期医学评估和多学科方法在类似情况下改善结果的重要性。这种病例的罕见性强调了临床医生需要提高认识,他们可能会遇到这种疾病的早期表现,以防止并发症,如骨髓炎、病理性骨折和胸壁结构不稳定。主题:开放性胸骨骨折,开放性胸伤,胸壁恶性肿瘤,鳞状细胞癌,胸骨骨髓炎,慢性胸壁感染。
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引用次数: 0
Clinical Decision-Making Case: Febrile Infant. 临床决策病例:发热婴儿。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52290
Carrie Maupin, Ambika Anand, Grace Hickam, Danielle Nesbit
<p><strong>Audience: </strong>This clinical decision-making (CDM) case is intended for emergency medicine residents of all levels, medical students, and fellows preparing for standardized oral board exams.</p><p><strong>Introduction: </strong>Fever in a neonate (infant <28 days old) is a medical emergency due to the high risk of serious bacterial infections (SBIs) like meningitis, sepsis, or urinary tract infections (UTIs).1-3 Compared with older infants and children, neonates have immature immune responses, reduced ability to localize infection, and limited physiologic reserve, which contribute to rapid clinical deterioration and increased morbidity and mortality when invasive infection is present.1,3Importantly, clinical presentation in this age group is often subtle and nonspecific. Neonates with life-threatening infections may appear well or only mildly ill on initial examination, with symptoms such as poor feeding, irritability, or decreased urine output serving as early but easily overlooked warning signs.1,4 As a result, reliance on appearance or focal examination findings alone is insufficient to safely exclude SBI in febrile neonates.Current evidence supports a standardized approach to the evaluation of neonatal fever. This includes a complete sepsis workup-consisting of blood, urine, and cerebrospinal fluid studies-along with early administration of empiric, age-appropriate intravenous antibiotics and hospital admission for close monitoring.1-3This clinical decision-making case is designed to reinforce these foundational principles within the context of an emergency department presentation. It emphasizes early recognition of neonatal fever as a high-risk condition, systematic diagnostic reasoning, timely initiation of empiric therapy, and appropriate disposition to a higher level of care. Learners are challenged to clearly articulate their clinical reasoning and management decisions in a high-stakes environment that mirrors real-world emergency medicine practice.</p><p><strong>Educational objectives: </strong>By the end of this CDM case, learners will be able to: 1) demonstrate familiarity with the CDM case format, 2) recognize the critical importance of fever in a neonate and initiate a thorough evaluation, 3) develop an appropriate differential diagnosis and understand the workup for febrile neonates, 4) identify and justify the appropriate diagnostic studies and interpret their findings in the context of a neonate with fever, 5) justify a treatment plan and understand the critical disposition of a neonate with fever.</p><p><strong>Educational methods: </strong>The case will be presented as a CDM case with questions posed by the examiner. Learners will be asked to list the history, physical exam findings, differential diagnosis, diagnostic studies, treatments, and final diagnosis in response to the examiner's prompts.</p><p><strong>Research methods: </strong>Learners' performance will be evaluated using standardized oral board scoring
读者:本临床决策(CDM)案例适用于各级急诊科住院医师、医学生和准备标准化口语考试的研究员。教学目标:在本CDM案例结束时,学习者将能够:1)表现出对CDM病例格式的熟悉,2)认识到新生儿发烧的关键重要性并开始全面评估,3)制定适当的鉴别诊断并了解发热新生儿的检查,4)确定并证明适当的诊断研究并在发烧新生儿的背景下解释其发现,5)证明治疗计划并了解发烧新生儿的关键处置。教育方法:该案例将作为CDM案例呈现,并由考官提出问题。学习者将被要求根据考官的提示列出病史、体检结果、鉴别诊断、诊断研究、治疗和最终诊断。研究方法:学习者的表现将使用标准化的口语板评分准则进行评估。有效性将通过学习者和教师的反馈来评估,重点关注知识的获取和在高风险环境中的应用。前后个案调查或绩效评分可用于评估。结果:学习者的初步评估表明,在完成病例后,对管理发热新生儿的信心有所提高,重点是早期识别和适当的护理升级。讨论:新生儿发热是一种高风险情况,需要及时、适当的管理。本病例强化了早期脓毒症识别、综合评价、及时治疗的重要性。学习者受益于接触CDM案例格式帮助他们的考试准备。主题:新生儿发热、败血症、脑膜炎、儿科急诊管理、抗生素管理、ABEM认证考试、临床决策案例。
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引用次数: 0
Enhancing Emergency Medicine Resident Education: A Weekly Education Series to Augment Electrocardiogram Education. 加强急诊医学住院医师教育:加强心电图教育的每周系列教育。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52141
Tyler West, Jarren Adam, Kevin Watkins

Audience and type of curriculum: This electrocardiogram (ECG) curriculum was designed for residents of all levels.

Length of curriculum: The curriculum runs over 1.5 years and is repeated, so that there will be repetition during a resident's training.

Introduction: Electrocardiogram interpretation is a vital skill for emergency physicians. Formal ECG education in emergency medicine (EM) often consists of a few conference lectures, with the majority of education relegated to the clinical environment. However, this often leaves significant gaps in education, as a full curriculum cannot be implemented within limited conference time.

Educational goals: The goals of the curriculum were to establish an asynchronous ECG curriculum to help improve standardization of EM resident education, expose EM residents to a more comprehensive ECG curriculum, increase active learning in this arena, and decrease the administrative burden while not dedicating further conference time towards ECG education.

Educational methods: The educational strategies used in this curriculum include weekly case emails with instructional content located on a Google Site. These were added to conference lectures that were standard ECG education prior to this initiative. The first year of the augmented curriculum added only the weekly ECG emails with a follow-up answer email, and the website was created for the second year of curriculum implementation.

Research methods: The educational content was assessed by the learners via a survey to gauge resident satisfaction as well as level of engagement and barriers to use. Additionally, the content was assessed via resident testing at the end of their second year so that they had completed a complete cycle of the curriculum.

Results: The asynchronous curriculum improved resident test scores with the addition of the weekly emails from an average of 70% and pass rate of 58% to 82% and 92%, respectively (p=0.012). The addition of the informational website did not further improve scores, though it decreased variation in scores. The residents found the curriculum useful for their education.

Discussion: Curriculum implementation was successful to improve on resident ECG education, both in terms of objective testing as well as resident feedback. It is a sustainable curriculum with methodology that requires little faculty time after setup; the maintenance required for the curriculum mostly consists of updating resident contacts as classes graduate. However, the setup time was significant; despite this, the authors believe this is a time-effective method of educational programming given the little ongoing time requirements.

Topics: Electrocardiogram, curriculum development.

课程对象和类型:本心电图课程是为各级住院医师设计的。课程长度:该课程超过1.5年,并且是重复的,因此在住院医生的培训中会有重复。心电图解读是急诊医师的一项重要技能。在急诊医学(EM)中,正规的心电教育通常由一些会议讲座组成,大部分教育都是在临床环境中进行的。然而,这往往在教育方面留下重大的空白,因为不能在有限的会议时间内执行完整的课程。教育目标:课程的目标是建立一个异步ECG课程,以帮助提高EM住院医师教育的标准化,使EM住院医师接触到更全面的ECG课程,增加在这一领域的主动学习,减少行政负担,同时不将更多的会议时间用于ECG教育。教学方法:本课程使用的教学策略包括每周在谷歌网站上发送带有教学内容的案例电子邮件。在此之前,这些被添加到会议讲座中,是标准的心电图教育。增强课程的第一年只增加了每周的ECG邮件和后续的回复邮件,网站是为课程实施的第二年创建的。研究方法:学习者通过调查来评估教育内容,以衡量居民满意度以及参与程度和使用障碍。此外,课程内容在第二年结束时通过住院测试进行评估,这样他们就完成了完整的课程周期。结果:异步课程提高了居民考试成绩,增加了每周电子邮件,从平均70%和通过率58%分别提高到82%和92% (p=0.012)。信息网站的加入并没有进一步提高分数,尽管它减少了分数的变化。居民们发现课程对他们的教育很有用。讨论:课程实施成功地改善了住院医师心电教育,无论是在客观测试方面还是在住院医师反馈方面。这是一个具有方法论的可持续课程,设置后需要很少的教师时间;课程所需的维护主要包括随着班级毕业而更新居民联系方式。然而,设置时间是显著的;尽管如此,作者认为这是一种省时的教育编程方法,因为它对时间的要求很少。主题:心电图、课程发展。
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引用次数: 0
Pre-Clinical Case Competition to Assess Confidence in Responding to Select Out-Of-Hospital Medical Emergencies. 临床前案例竞争评估对选择的院外医疗紧急情况的反应信心。
Pub Date : 2026-01-31 eCollection Date: 2026-01-01 DOI: 10.5070/M5.52198
Harrison Fillmore, Thomas Heisler, Marissa Nadeau, Emmagene Worley, Lauren Titone, Tiffany Murano, Jimmy Truong
<p><strong>Audience: </strong>This session is intended for first- and second-year medical students, or any pre-clinical medical students.</p><p><strong>Introduction: </strong>Preclinical learners build skills and confidence when they practice first responder tasks early in training, and simulation helps them to perform basic procedures better.1,2 A small group case competition uses a game format to reinforce rapid assessment, clear team roles, and closed-loop communication.3,4Out-of-hospital cardiac arrest affects hundreds of thousands of people in the United States each year, and survival to discharge is low. Bystander cardiopulmonary resuscitation (CPR) and early use of an automated external defibrillator (AED) improve outcomes.5,6 Anaphylaxis is a time-sensitive emergency seen in the community and in the emergency department (ED). Epinephrine is the first-line treatment, and delay to administration worsens outcomes.7,8 Opioid overdose remains a major cause of preventable death. Early recognition, respiratory support, and Naloxone administration are key steps.9.</p><p><strong>Educational objectives: </strong>By the end of this activity, learners will be able to:Demonstrate the application of skills in real-life first responder scenarios, including suspected opioid overdose, cardiac arrest, and anaphylaxis.Apply knowledge of scene safety and the role of the first responder in various situations.Assess the challenges while applying the skills necessary for collaborative work within a medical team.</p><p><strong>Educational methods: </strong>A competition combining simulation-based and team-based learning reinforced first responder skills among first- and second-year medical students. Attending physicians evaluated simulated out-of-hospital emergency scenarios using a detailed rubric. This method was chosen to engage learners in a lower-stakes (but still simulated high-pressure) assessment of their skills where undifferentiated patients challenge recall and application in new, previously unknown scenarios.This format was chosen to keep preclinical students active and focused while they practice time-critical first responder skills. Simulation allows decision-making, hands-on actions, and immediate feedback in a safe setting. Team-based learning mirrors ED teamwork by assigning clear roles, prompting closed-loop communication, and requiring shared problem-solving. Station design supports repeated practice and brief debriefs, which builds retention and confidence for early learners. Faculty-scored rubrics provide observable, standardized performance measures and make feedback specific and actionable.</p><p><strong>Research methods: </strong>Pre- and post-intervention surveys assessed the effectiveness of the case competition featuring three simulation scenarios in improving students' confidence in managing emergency situations.</p><p><strong>Results: </strong>The competition increased participants' confidence in responding to various scenarios, part
听众:本课程面向一年级和二年级的医学生,或任何临床预科医学生。简介:临床前的学习者在早期的训练中练习急救任务时可以建立技能和信心,模拟可以帮助他们更好地执行基本程序小组案例竞赛采用游戏形式,强化快速评估、明确团队角色、闭环沟通。在美国,院外心脏骤停每年影响成千上万的人,而且到出院的存活率很低。旁观者心肺复苏(CPR)和早期使用自动体外除颤器(AED)可改善预后过敏反应是一种时间敏感的紧急情况,在社区和急诊科(ED)看到。肾上腺素是一线治疗,延迟给药会使结果恶化7,8阿片类药物过量仍然是可预防死亡的一个主要原因。早期识别、呼吸支持和纳洛酮的使用是关键步骤。教育目标:在本次活动结束时,学习者将能够:演示技能在现实生活中的应用,包括疑似阿片类药物过量,心脏骤停和过敏反应。运用现场安全知识和在各种情况下的第一反应者角色。评估挑战,同时应用医疗团队协作工作所需的技能。教育方法:一项结合模拟和团队学习的竞赛加强了一年级和二年级医学生的急救技能。主治医生使用详细的标题评估模拟的院外紧急情况。选择这种方法是为了让学习者参与一种低风险(但仍然模拟高压)的技能评估,在这种评估中,未分化的患者在新的、以前未知的场景中挑战回忆和应用。选择这种形式是为了让临床前学生在练习时间紧迫的急救技能时保持活跃和专注。模拟允许在安全的环境中进行决策、动手操作和即时反馈。基于团队的学习通过分配明确的角色、促进闭环沟通和要求共同解决问题来反映ED团队合作。站的设计支持重复练习和简短的汇报,为早期学习者建立记忆和信心。教师评分标准提供了可观察的、标准化的绩效衡量标准,并使反馈具体化和可操作。研究方法:干预前和干预后的调查评估了案例竞赛的有效性,其中包括三个模拟场景,以提高学生管理紧急情况的信心。结果:比赛增加了参与者应对各种情况的信心,特别是阿片类药物过量。大多数参与者表示很有可能参加未来的比赛。10名临床前学生完成了治疗前和治疗后的调查。整个队列的信心都在增强。对于阿片类药物过量情景,“完全信心”从前的1/10(10%)上升到6/10(60%)。对心脏骤停和过敏反应的信心也呈上升趋势。对公共紧急事件作出反应的可能性变化很小。对未来活动的兴趣很高,6/10(60%)极有可能再次参加,4/10(40%)有可能再次参加。讨论:竞争成功地增加了信心,促进了合作,但由于其可选性质和日程安排,面临招聘挑战。未来的实现可能包括更高级的学习器。主题:急救,急救人员,竞赛,临床前。
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Journal of education & teaching in emergency medicine
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