Department of Family Medicine, Faculty of Medicine & Dentistry, Glen Sather Sports Medicine Clinic, Edmonton Clinic, Level 2, 11400 University Avenue, University of Alberta, Edmonton, Alberta, Canada T6G 1Z1.
Br J Sports Med. 2013 Jan;47(1):54-9. doi: 10.1136/bjsports-2012-091480. Epub 2012 Nov 23.
Evolving concussion diagnosis/management tools and guidelines make Knowledge Transfer and Exchange (KTE) to practitioners challenging.
Identify sports concussion knowledge base and practise patterns in two family physician populations; explore current/preferred methods of KTE.
A cross-sectional study.
Family physicians in Alberta, Canada (CAN) and North/South Dakota, USA.
CAN physicians were recruited by mail: 2.5% response rate (80/3154); US physicians through a database: 20% response rate (109/545). INTERVENTION/INSTRUMENT: Online survey. MAIN AND SECONDARY OUTCOME MEASURES: Diagnosis/management strategies for concussions, and current/preferred KTE.
Main reported aetiologies: sports/recreation (52.5% CAN); organised sports (76.5% US). Most physicians used clinical examination (93.8% CAN, 88.1% US); far fewer used the Sport Concussion Assessment Tool (SCAT1/SCAT2) and balance testing. More US physicians initially used concussion-grading scales (26.7% vs 8.8% CAN, p=0.002); computerised neurocognitive testing (19.8% vs 1.3% CAN; p<0.001) and Standardised Assessment of Concussion (SAC) (21.8% vs 7.5% CAN; p=0.008). Most prescribed physical rest (83.8% CAN, 75.5% US), while fewer recommended cognitive rest (47.5% CAN, 28.4% US; p=0.008). Return-to-play decisions were based primarily on clinical examination (89.1% US, 73.8% CAN; p=0.007); US physicians relied more on neurocognitive testing (29.7% vs 5.0% CAN; p<0.001) and recognised guidelines (63.4% vs 23.8% CAN; p<0.001). One-third of Canadian physicians received KTE from colleagues, websites and medical school training. Leading KTE preferences included Continuing Medical Education (CME) courses and online CME.
Existing published recommendations regarding diagnosis/management of concussion are not always translated into practise, particularly the recommendation for cognitive rest; predicating enhanced, innovative CME initiatives.
不断发展的脑震荡诊断/管理工具和指南使得向从业者进行知识转移和交流(KTE)具有挑战性。
确定两个家庭医生群体中的运动性脑震荡知识库和实践模式;探讨当前/首选的 KTE 方法。
横断面研究。
加拿大阿尔伯塔省和美国北/南达科他州的家庭医生。
加拿大医生通过邮件招募:响应率为 2.5%(80/3154);美国医生通过数据库招募:响应率为 20%(109/545)。
干预/工具:在线调查。
脑震荡的诊断/管理策略,以及当前/首选的 KTE。
主要报告的病因:运动/娱乐(52.5%加拿大);有组织的运动(76.5%美国)。大多数医生使用临床检查(93.8%加拿大,88.1%美国);使用运动性脑震荡评估工具(SCAT1/SCAT2)和平衡测试的医生较少。更多的美国医生最初使用脑震荡分级量表(26.7% vs 8.8%加拿大,p=0.002);计算机化神经认知测试(19.8% vs 1.3%加拿大;p<0.001)和标准化脑震荡评估(SAC)(21.8% vs 7.5%加拿大;p=0.008)。大多数医生建议患者进行身体休息(83.8%加拿大,75.5%美国),而建议认知休息的医生较少(47.5%加拿大,28.4%美国;p=0.008)。重返赛场的决定主要基于临床检查(89.1%美国,73.8%加拿大;p=0.007);美国医生更多地依赖神经认知测试(29.7% vs 5.0%加拿大;p<0.001)和认可的指南(63.4% vs 23.8%加拿大;p<0.001)。三分之一的加拿大医生从同事、网站和医学院培训中获得 KTE。首选的 KTE 包括继续医学教育(CME)课程和在线 CME。
关于脑震荡诊断/管理的现有已发表建议并未完全转化为实践,特别是认知休息的建议;需要增强创新性的 CME 计划。