Cardiac Arrest Circulatory
Conditions
Brief summary
High-quality cardiopulmonary resuscitation (CPR) and early defibrillation are the most important parts of the chain of survival, and they are highly associated with the survival rate and life quality of patients with cardiac arrest. It needs the witness to perform bystander CPR and use the automated external defibrillator (AED) if CPR and defibrillation are expected to be performed earlier. Nevertheless, few patients with cardiac arrest received bystander CPR in Taiwan. It might be caused by some reasons. First, traditional training programs were inefficient and ineffective in the retention of skills and thus students were not confident in their CPR skills after receiving training programs. Second, the current training module focused on personal skill training only and lacked teamwork skills training. It led to poor performance of the students in actual resuscitation scene, where on-scene resuscitators were usually more than one. Third, the current training contents did not improve the attitudes and willingness of performing bystander CPR and it caused people who had received training program did not resuscitate the patients finally. To improve the above-mentioned problem, a three-year research project will be implemented. The aims of the project are the following: 1. to explore the effect of different teaching contents and hand-on practice feedback methods on the students' performance of chest compressing, ventilating and using AED in the CPR and AED training courses. 2. to analyze the current situation of teamwork when CPR and AED were performed, to build up the collaborating module accordingly and evaluate the effect of the new module on the students' performance of chest compressing, ventilating and using AED after the module is introduced into the training course. 3. to understand the factors affecting the motivations and willingness of people to learn and practice CPR and AED by utilizing questionnaires, and then to evaluate the effect of the creative program, which was modified according to the results of the questionnaires, on the motivations and willingness of people to learn and practice CPR and AED. The investigators expect to design a more efficient resuscitation skill training course by implementing the research project and further to improve the motivations and willingness of people to learn and practice CPR and AED in the future.
Interventions
automated feedback software for CPR quality, including compression depth, rate, recoil, hands-off time, and ventilation volume
feedback for CPR quality by instructors
Sponsors
Study design
Eligibility
Inclusion criteria
* healthy laypersons without CPR training within two years
Exclusion criteria
* non
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| chest compression rate | immediately after the training course | differences of chest compression rates |
| chest compression depth | immediately after the training course | differences of chest compression depth |
| hands-off time of chest compression | immediately after the training course | differences of hands-off time of chest compression |
| score of checklist | immediately after the training course | differences of scores of checklists |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| score of satisfaction questionnaire | immediately after the training course | differences of scores of satisfaction questionnaire |
Countries
Taiwan