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Objective: This study investigated issues related to noise, lighting, and temperature in trauma rooms that impact patient care and staff performance., Background: Uncontrolled sensory stimuli can hinder healthcare delivery quality in trauma rooms. High noise and temperature levels can increase staff stress and discomfort as well as patient discomfort. Conversely, proper lighting can decrease staff stress levels and reduce burnout. Sensory overload in trauma rooms is a crucial concern, but no studies have been conducted on this issue., Method: Using a convenience sampling method, 65 trauma team members (e.g., surgeons, physicians, nurses) from six Level I trauma centers in the United States were recruited to participate in 20 focus groups. Focus groups were semi-structured and 1 hr long., Results: Staff covered issues related to communications and disruption from noise sources (e.g., equipment, conversations). Having control over lighting allows staff to change light intensity and facilitate their work during the resuscitation. A well-maintained temperature can provide patient comfort or reduce risk of hypothermia, given that patients can lose body heat rapidly due to loss of blood., Conclusion: Excessive sensory stimuli can result in disrupted communication, fatigue, and stress, making staff susceptible to errors. Staffs' control over environmental conditions may lead to a more efficient, comfortable, and safer environment. Technology should be reliable and flexible to facilitate this., Competing Interests: Declaration of Conflicting InterestsThe author(s) declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.

Objective: This study assessed the perception of people toward drive-through healthcare services, their willingness to use them, and the scope of services they would like to receive in a post-pandemic world., Background: The abrupt spread of COVID-19 urged healthcare facilities to adopt new infection-control measures. Drive-through testing facilities were implemented as one of the measures to minimize physical contact between healthcare workers and test-takers. Many studies describe drive-through models' merits, but people's opinions about them as a permanent attachment to healthcare facilities are unclear., Methods: An online survey was distributed through snowball sampling. The survey solicited feedback from adults who lived in the United States. The survey consisted of Likert-type and multiple-choice questions and was completed by176 eligible participants., Results: The use of drive-through pharmacies increased after the spread of COVID-19. Most people agreed drive-through healthcare services could be more convenient and safer to use. People prefer to have their vitals checked, and vaccinations received in a drive-through because of the improved infection-control matters and increased comfort; however, they are neutral about the level of privacy they have and the hygiene of drive-through healthcare settings., Conclusions: This study shows permanent drive-throughs offering medical services benefit people in times of crisis for the perceived infection control purposes and the improved convenience. A drive-through model can redefine the waiting experience and serve as a new safe triage system in urgent care centers. Drive-through urgent care centers can be adopted as a hybrid of telemedicine and in-person visits.

Objectives: The goal of this study is twofold: (1) identifying design strategies that enhance efficiency and support teamwork in emergency departments (EDs) and (2) identifying design features that contribute to the spread of COVID-19, based on staff perception., Background: Due to increasing ED visits annually, an efficient work environment has become one of the main concerns in designing EDs. According to the literature, an efficient work environment and teamwork improve healthcare outcomes and positively impact staff satisfaction. During the COVID-19 pandemic, EDs faced various changes such as workflow and space usage. Few studies explored staff perceptions about the influence of design features on efficiency, teamwork, and the COVID-19 spread., Method: An online survey with 14 open- and closed-ended questions was distributed among ED staff members to collect data about unit design features that impact efficiency, teamwork, and the COVID-19 spread., Results: The central nursing station was one of the preferred configurations that increased efficiency and teamwork in EDs. Decentralizing disposal rooms in small-size EDs and decentralizing the medication room in large-size EDs with more than 65 exam rooms can decrease staff walking steps. Flexibility to expand treatment spaces on demand, one-way track circulation path, and changing the air pressure in COVID-19 treatment areas were some of the staff suggestions for future EDs., Conclusion: The findings of this study contribute to the body of knowledge that EDs' physical environments can impact efficiency and teamwork among staff and, consequently, healthcare outcomes. Compartmentalization of the ED layout can reduce the spread of COVID-19.