Search

Objective To identify, screen, highlight, review, and summarize some of the most rigorously conducted and impactful original research and review articles in global emergency medicine (EM) published in 2020 in the peer-reviewed and gray literature. Methods A broad systematic search of peer-reviewed publications related to global EM indexed on PubMed and in the gray literature was conducted. The titles and abstracts of the articles on this list were screened by members of the Global Emergency Medicine Literature Review team to identify those that met our criteria of original research or review articles in the domains of Disaster and Humanitarian Response, Emergency Care in Resource-Limited Settings, and Emergency Medicine Development. Those articles that met these screening criteria were then scored using one of three scoring templates appropriate to the article type. Those articles that scored in the top 5% then underwent in-depth narrative summarization. Results The 2020 GEMLR search initially identified 35,970 articles, more than 50% more than last year's search. From these, 364 were scored based on their full text. Nearly three-fourths of the scored articles constituted original research, of which nearly three-fourths employed quantitative research methods. Nearly 10% of the articles identified this year were directly related to COVID-19. Research involving Emergency Care in Resource-Limited Settings again constituted most of the articles in this year's review, accounting for more than 60% of the literature scored. A total of 20 articles underwent in-depth narrative critiques. Conclusions The number of studies relevant to global EM identified by our search was very similar to last year. Revisions to our methodology to identify a broader range of research were successful in identifying more qualitative research and studies related to Disaster and Humanitarian Response. The number of COVID-19-related articles is likely to continue to increase in subsequent years.

The objective was to identify the most important and impactful peer-reviewed global emergency medicine (GEM) articles published in 2021. The top articles are summarized in brief narratives and accompanied by a comprehensive list of all identified articles that address the topic during the year to serve as a reference for clinicians, researchers, and policy makers.A systematic PubMed search was carried out to identify all GEM articles published in 2021. Title and abstract screening was performed by trained reviewers and editors to identify articles in one of three categories based on predefined criteria: disaster and humanitarian response (DHR), emergency care in resource-limited settings (ECRLS), and emergency medicine development (EMD). Included articles were each scored by two reviewers using established rubrics for original (OR) and review (RE) articles. The top 5% of articles overall and the top 5% of articles from each category (DHR, ECRLS, EMD, OR, and RE) were included for narrative summary.The 2021 search identified 44,839 articles, of which 444 articles screened in for scoring, 25% and 22% increases from 2020, respectively. After removal of duplicates, 23 articles were included for narrative summary. ECRLS constituted the largest category (n = 16, 70%), followed by EMD (n = 4, 17%) and DHR (n = 3, 13%). The majority of top articles were OR (n = 14, 61%) compared to RE (n = 9, 39%).The GEM peer-reviewed literature continued to grow at a fast rate in 2021, reflecting the continued expansion and maturation of this subspecialty of emergency medicine. Few high-quality articles focused on DHR and EMD, suggesting a need for further efforts in those fields. Future efforts should focus on improving the diversity of GEM research and equitable representation.

Neck injuries are rare but carry significant morbidity and mortality. Airway injuries must be managed immediately and continued oxygenation and ventilation provided. The loss of a patent airway remains a significant cause of mortality, and clinicians must have a stepwise approach to these challenging cases. Esophageal injuries are difficult to predict and carry a high mortality when there is a delay to diagnosis. CT technology has advanced and should be performed in all stable patients with suspected aerodigestive injuries. Vascular injury should be suspected in patients with hard signs and evaluated further in patients with soft signs. CTA is becoming the imaging study of choice, especially for initial screening. Management of these injuries in the unstable patient should focus on hemostatic control. In stable patients, anticoagulation, endovascular repair, and open surgical techniques may be necessary to decrease the risk of stroke. Injuries to the cervical spine should be assumed in all trauma patients until CT imaging of bony structures is obtained. Institutional guidelines should be developed to maintain a consistent approach to the timing of cervical collar removal and when MRI is necessary to evaluate for ligamentous injury. This remains an area of some controversy. Ultimately, the goals of managing neck trauma are to maintain a patent airway, control hemorrhage, and avoid worsening any neurologic impact.