Mental health capacity building in Mali by training rural general practitioners and raising community awareness.

INTRODUCTION: despite the high prevalence and significant burden of mental disorders, they remain grossly under-diagnosed and undertreated. In low-income countries, such as Mali, integrating mental health services into primary care is the most viable way of closing the treatment gap. This program aimed to provide a mental health training intervention to rural general practitioners (GPs), to organize community awareness activities, and to evaluate the impact on mental health knowledge and through the number of new patients diagnosed with mental disorders and managed by these general practitioners. METHODS: a pre-test/post-test design and the monthly monitoring of the number of new patients diagnosed with mental disorders by the trained GPs were used to evaluate the effect of the training interventions (two face-to-face group training workshops followed by individual follow-up supervisions) and of the community awareness activities. RESULTS: the mean knowledge score of the 19 GPs who completed the initial 12-day group training raised from 24.6/100 at baseline, to 61.5/100 after training (p<0.001), a 150% increase. Among them, sixteen completed the second 6-day group training with a mean score increasing from 50.2/100 to 70.1/100 (p<0.001), a 39.6% improvement. Between July 2018 and June 2020, 2,396 new patients were diagnosed with a mental disorder by the 19 GPs who took part in the program. CONCLUSION: despite limited data regarding the effect of the community awareness component at this stage, the findings from this study suggest that the training intervention improved GPs' knowledge and skills, resulting in a significant number of new patients being identified and managed.

[Neighbourhood rural medicine: an experience of rural doctors in Mali]. / Une médecine rurale de proximité: l'expérience des médecins de campagne au Mali.

The main constraint to improving access to health services of quality in rural areas is to attract qualified health personnel in these areas. A fifteen years experience in rural health in Mali has shown that it is possible to develop community medicine practices in an African context that do integrate individual care and public health activities. The policy of decentralization of health services encouraged local communities and municipalities to recruit rural doctors themselves. An initiative of rural doctors materialized with this event as they founded a national association and adhere to the principles of a Charter to provide quality health care at an affordable cost. A mechanism of quality improvement was established with the participation of several partners: a professional association, a funding non-governmental organization, and groups of academic staff and health managers. This paper describes the evolution of the rural doctors' experience, its philosophy, conditions that made it successful, constraints it had to overcome and the attitude of partners. It highlights the potential of health care personnel in Africa to provide primary health care well beyond traditional programs on prevalent diseases and to respond to both urgent individual needs and pressing public health requirements.

Epilepsy genetics in Africa: challenges and future perspectives.

Despite the diversity of the African population, genetic studies, of epilepsy in particular, have been limited, especially in sub-Saharan Africa. In recent years, with the regression of infectious diseases in developing countries, the focus has shifted more towards non communicable disorders. The prevalence of epilepsy in Africa is higher compared to other continents. Although this has been attributed to the high rate of infectious diseases, genetic contributions should not be ignored. Research in genetic epilepsy in Africa could well benefit from the decreasing cost of genetic analysis, and could contribute to further our knowledge on the spectrum of these diseases in Africa. The growing collaboration between African research institutions and those of developed countries offers a unique opportunity to boost research in Africa and improve our global understanding of human disease, thus leading to the development of better therapeutic approaches.

Results of an action-research on epilepsy in rural Mali.

PURPOSE: To evaluate the RARE (Réseau Action-Recherche sur l'Epilepsie) program, a model of managing and treating people with epilepsy (PWE) at a primary health-care level in rural areas of Mali, we assessed treatment efficacy and compliance of patients who underwent the first year follow-up. METHODS: A network of rural general practitioners (GPs) settled in six rural districts of the regions of Koulikoro, Segou and Sikasso, was involved in the diagnosis, evaluation and monitoring of all the identified PWE and in the distribution of phenobarbital (PB). All the participants were included in a prospective database and followed-up by GPs at 4 months intervals during the first year. Seizure frequency, treatment doses and appearance of adverse events (AEs) were systematically recorded. Efficacy was evaluated in terms of reduction of seizures frequency while noncompliance in terms of time to study withdrawal for any cause. KEY FINDINGS: 596 patients treated with PB were included in the analysis. Of these, 74.0% completed the first year follow-up. At the final visit, 59.6% were seizure-free: 31.0% for 12 months, 10.2% for 8 months and 18.4% for 4 months. Adults and patients with convulsive seizures were the most drug-resistant (p<0.002). Few AEs were recorded. The multivariate analysis showed that being a woman, presenting convulsive seizures, having more than 5 seizures/month and had never be treated were predictors of withdrawal (p ≤ 0.05) at 12 months. SIGNIFICANCE: This study showed a good response and compliance to the treatment and allowed the identification of some factors associated with failure of management in a setting very near to clinical practice. Awareness campaigns are needed to assure a broader accessibility to treatment and to improve the compliance and continuity with treatment programs.

A molecular map of chloroquine resistance in Mali.

Plasmodium falciparum chloroquine resistance (CQR) transporter point mutation (PfCRT 76T) is known to be the key determinant of CQR. Molecular detection of PfCRT 76T in field samples may be used for the surveillance of CQR in malaria-endemic countries. The genotype-resistance index (GRI), which is obtained as the ratio of the prevalence of PfCRT 76T to the incidence of CQR in a clinical trial, was proposed as a simple and practical molecular-based addition to the tools currently available for monitoring CQR in the field. In order to validate the GRI model across populations, time, and resistance patterns, we compiled data from the literature and generated new data from 12 sites across Mali. We found a mean PfCRT 76T mutation prevalence of 84.5% (range 60.9-95.1%) across all sites. CQR rates predicted from the GRI model were extrapolated onto a map of Mali to show the patterns of resistance throughout the participating regions. We present a comprehensive map of CQR in Mali, which strongly supports recent changes in drug policy away from chloroquine.