There are many smartphone-based applications (apps) for cardiopulmonary resuscitation (CPR) training. We investigated
the conformity and the learnability/usability of these apps for CPR training and real-life supports. Methods. We conducted a mixedmethod, sequential explanatory study to assess CPR training apps downloaded on two apps stores in South Korea. Apps were collected with inclusion criteria as follows, Korean-language instruction, training features, and emergency supports for real-life incidents, and analyzed with two tests; 15 medical experts evaluated the apps’ contents according to current Basic Life Support guidelines in conformity test, and 15 nonmedical individuals examined the apps using System Usability Scale (SUS) in the learnability/usability test. Results. Out of 79 selected apps, five apps were included and analyzed. For conformity (ICC, 0.95,
มีพื้นฐานโปรแกรมประยุกต์จำนวนมาก (apps) สำหรับการฝึกอบรมการนวดหัวใจผายปอดกู้ชีพ (CPR) เราตรวจสอบthe conformity and the learnability/usability of these apps for CPR training and real-life supports. Methods. We conducted a mixedmethod, sequential explanatory study to assess CPR training apps downloaded on two apps stores in South Korea. Apps were collected with inclusion criteria as follows, Korean-language instruction, training features, and emergency supports for real-life incidents, and analyzed with two tests; 15 medical experts evaluated the apps’ contents according to current Basic Life Support guidelines in conformity test, and 15 nonmedical individuals examined the apps using System Usability Scale (SUS) in the learnability/usability test. Results. Out of 79 selected apps, five apps were included and analyzed. For conformity (ICC, 0.95,
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