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Biomedical subjects

S F Rallis

Publications and source records attributed to S F Rallis.

4 recordsLinked to original sources

The problem of poor retention of cardiopulmonary resuscitation skills may lie with the instructor, not the learner or the curriculum.

Many studies (several even before American Heart Association recommended in 1973 that lay public be trained in cardiopulmonary resuscitation (CPR] have documented that retention of CPR skills is poor, unaffected by modifications in curriculum or whether the students are lay or professional. We chose to investigate what actually occurs during a CPR course, and gained the following insights: despite clearly defined curricula, we found that instructors did not teach in a standardized way. Practice time was limited and errors in performance were not corrected. Instructors consistently rated the students' overall performance as acceptable; at the same time, using the same checklist, we consistently rated performance as unacceptable. The checklist is an inaccurate tool for evaluating CPR performance. Despite the poor performance that we documented, students and instructors were satisfied with the courses and believed that the level of performance was high. As a result of these studies, we discovered that the problem of poor retention of CPR skills may lie not with the learner or the curriculum, but with the instructor. But, since lives are being saved with bystander CPR, does this documented poor retention matter? Perhaps the solution is not only to improve instructor training to make certain that students receive adequate practice time and accurate skill evaluation, but also to modify the criteria for correct performance when testing for retention. These criteria should be based on the minimum CPR skills that are required to sustain life for the critical 4-8 min before defibrillation and other advanced cardiac life support are delivered.

American Heart Association

An advanced resuscitation training course for preregistration house officers.

Preregistration house officers need to be able to manage the first 5-10 minutes of a cardiac arrest. A course has been designed based on the recommendations of the Resuscitation Council UK 1984 and the format of the American Heart Association advanced cardiac life support course. Fifty-nine newly qualified doctors from the same medical school class were studied in two consecutive groups: Group 1 (n = 31) were commencing their first post and Group 2 (n = 28), whose first preregistration post had been at other hospitals without practical resuscitation training, were commencing their second post. They were pretested and taught in three 2-hour sessions. Five months later they were tested to measure retention of knowledge and skills. Before training there was no difference in knowledge between the two groups but Group 1 were more skilled. The knowledge and skills of both groups immediately after training were significantly improved and at 5 months skills were subject to modest decay only. Experience of managing cardiac arrests was not a substitute for formal practical training.

Educational Measurement

Advanced cardiac life support refresher course using standardized objective-based Mega Code testing.

The American Heart Association (AHA) recommends that those whose daily work requires knowledge and skills in advanced cardiac life support (ACLS) not only be trained in ACLS, but also be given a refresher training at least every 2 yr. However, AMA offers no recommended course for retraining; no systematic studies of retraining have been conducted on which to base these recommendations. In this paper we review and present our recommendation for a standardized approach to refresher training. Using the goals and objectives of the ACLS training program as evaluation criteria, we tested with the Mega Code a sample population who had previously been trained in ACLS. The results revealed deficiencies in ACLS knowledge and skills in the areas of assessment, defibrillation, drug therapy, and determining the cause of an abnormal blood gas value. We combined this information with our knowledge of other deficiencies identified during actual resuscitation attempts and other basic life-support and ACLS teaching experiences. We then designed a refresher course which was consistent with the overall goals and objectives of the ACLS training program, but which placed emphasis on the deficiencies identified in the pretesting. We taught our newly designed refresher course in three sessions, which included basic life support, endotracheal intubation, arrhythmia recognition and therapeutic modalities, defibrillation, and Mega Code practice. In a fourth session, using Mega Code testing, we evaluated knowledge and skill learning immediately after training. We similarly tested retention 2 to 4 months later. Performance immediately after refresher training showed improvement in all areas where performance had been weak.(ABSTRACT TRUNCATED AT 250 WORDS)

Critical Care

Can better basic and advanced cardiac life support improve outcome from cardiac arrest?

The effect of basic and advanced cardiac life support (BLS and ACLS) on long-term survival is dependent upon both the response time and the quality of intervention. Retention research using the results of classroom testing as indirect indicators has shown that performance of BLS and ACLS skills is poor. This suggests that BLS and ACLS courses do not teach the knowledge and skills well, the information is too difficult to retain, testing procedures are faulty, and/or the performance standards are unrealistic. To maximize the likelihood of successful resuscitation from cardiac arrest, we propose the following: (a) simplify the BLS procedures; (b) simplify the BLS and ACLS curricula; (c) simplify teaching strategies; (d) simplify testing based on what steps are required to sustain life; (e) define objective criteria for knowledge acquisition and skill performance; (f) base refresher training on diagnosed deficiencies and evaluate innovative ways to improve retention; (g) develop a resuscitation record to provide accurate documentation of patient status, dysrhythmias, therapy, and responses to therapy; (h) develop a process evaluation tool to evaluate individual and group performances during actual resuscitation; and (i) form an international consortium of BLS and ACLS investigators.

Animals