Background Cardiac auscultation remains an efficient and accessible diagnostic tool, especially in resource-limited countries where modern diagnostic devices like cardiac ultrasound are expensive and difficult to access. However, cardiac auscultation skills of medical students and physicians are declining, mainly because of an ineffective teaching method for this technique. The objective of this study is to evaluate the effect of a digitally enhanced cardiac auscultation learning method on participants’ theoretical knowledge and auscultation skills. Methods This will be a controlled study with two parallel arms (1:1). Participants (fourth-year medical students) will be divided into two groups: an intervention group (receiving additional lectures, clinical internship and audio listening sessions) and a control group (receiving additional lectures and clinical internship). At the beginning of the study, all participants will undergo a pre-test that consist of two parts: a knowledge assessment based on multiple-choice questions and a skills assessment based on recognition of cardiac sounds from audio files. Thereafter, three specific additional lectures on cardiac auscultation will be delivered and all participants will take part in their official clinical internship. During these clinical internships (eight weeks), participants of the intervention group will be invited to two listening sessions based on five digital recordings of heart sounds. At the end of the clinical internship, all participants will be invited to a post-test to evaluate their knowledge, skills and satisfaction according to their learning method. The main outcome will be the participants’ knowledge progression. The other outcomes will be the participants’ skills progression, participants’ total progression and satisfaction. Data will be collected and analyzed in per protocol. Discussion This study could contribute to the development of a learning method that takes into account the advantages of the conventional method and the contribution of digital technology. Positive results could lead to improved cardiac auscultation skills among health professionals, especially in developing countries. Trial registration The trial is registered on the Pan-African Clinical Trials Registry (http://www.pactr.org) under unique identification number: PACTR202001504666847, registered the 29 November 2019.
Objective: To assess the efficiency of tele-expertise (tele-ECG) for patients and for health facilities in managing patients with cardiovascular diseases (CVDs) in primary health care in Cameroon. Method: This study was a medico-economic study combining two approaches: cost minimization and cost-effectiveness analysis. It was conducted alongside the previous published controlled multicenter study carried out in Cameroon’s two health facilities where tele-ECG has been implemented (intervention centres) and two other where telemedicine has been not implemented (control centres). Results: The average total cost for patients was 9 286 F CFA (US$: 16) in the intervention centres compared to 28 357 F CFA (US$: 49) in the control centres (p <0.01). The calculated ICER favouring tele-ECG was 25 459.6 F CFA (US$: 44). Discussion: Telemedicine is efficient for managing patients with CVDs in primary health care in Cameroon. It enables health facilities in remote areas to offer new healthcare services at a lower cost and improve patients’ financial access to healthcare.
Objective: This study aimed to evaluate the effectiveness of tele-expertise (tele-ECG) in primary health care in Cameroon for the management of patients with cardiovascular diseases or risk factors. Method: It is a controlled multicenter study carried out in Cameroon’s two health facilities where tele-ECG has been implemented (intervention centers) and two other where telemedicine has been not implemented (control centers). Patients having cardiovascular risk factors or diseases received usual primary health care in the control centers. In contrast, they received usual primary health care and could perform an ECG associated with cardiologists’ remote expertise (tele-ECG) in the intervention centers. The primary outcome was to evaluate the rate of patients’ access to an ECG test and to cardiologist’ expertise. Results and Discussion: Telemedicine is effective for the management of patients with cardiovascular diseases in primary health care. It could improve healthcare providers’ clinical processes, clinical outcomes of patients and their satisfaction.
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