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继续医学教育与麻醉医师

Continuing medical education and the anesthesiologist.

作者信息

Tetzlaff J E, Schoenwald P, Jackman D, Smith J

机构信息

Department of General Anesthesiology, Cleveland Clinic Foundation, OH 44195, USA.

出版信息

J Clin Anesth. 1999 Mar;11(2):164-72.

Abstract

There are a large variety of scheduled activities and courses available to meet the continuing medical education (CME) needs of anesthesiologists. The presentation of CME material varies in format and delivery style. The reasons for attending CME activities include licensure requirements, participation in state and national societies, keeping current with technology, review of old subject material, participation as a lecturer, and other personal reasons. Funding occurs via personal funds, employer support, commercial support, or by research grants. External bodies, such as the American Council of Continuing Medical Education and the American Medical Association, have imposed guidelines in these areas. Methods to evaluate CME activities include retrospective needs analysis based on exit interviews, prospective needs assessment, focus groups, and complex systems such as the CRISIS criteria. Self-directed CME can be evaluated by data collection that identifies how quickly information is received and by the effect of this data on measurable outcome. In the future, CME will increasingly utilize simulators and multimedia computers. Multimedia can bring CME to the physician as opposed to the physician traveling to a CME site. Virtual reality and artificial intelligence are on the horizon and may interface well with the field of anesthesiology due to the technical nature of the discipline and the increasing use of computers and electronic data collection already occurring in clinical practice.

摘要

有各种各样的定期活动和课程可供选择,以满足麻醉医生继续医学教育(CME)的需求。CME材料的呈现形式和授课风格各不相同。参加CME活动的原因包括执照要求、参与州和国家协会、紧跟技术发展、复习旧的学科材料、作为讲师参与以及其他个人原因。资金来源包括个人资金、雇主支持、商业支持或研究资助。诸如美国继续医学教育委员会和美国医学协会等外部机构已在这些领域制定了指导方针。评估CME活动的方法包括基于离场访谈的回顾性需求分析、前瞻性需求评估、焦点小组以及诸如CRISIS标准等复杂系统。自我导向的CME可以通过识别信息接收速度的数据收集以及这些数据对可衡量结果的影响来进行评估。未来,CME将越来越多地利用模拟器和多媒体计算机。多媒体可以将CME带给医生,而不是让医生前往CME地点。虚拟现实和人工智能即将出现,由于该学科的技术性质以及临床实践中计算机和电子数据收集的日益增加,它们可能与麻醉学领域很好地结合。

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