Better Board Education for Better Leadership and Management in the Health Sectors of Low and Middle Income Countries.

Board member education must be elevated within the curricula of leadership development programming in Low and Middle Income Countries (LMICs) across the globe. When properly trained and supported, the community, business, and health sector leaders serving on these boards can create the conditions within which those who deliver and manage health services are more likely to successfully achieve the mission of their organizations. The importance of incorporating education for governing body members into health sector leadership development programming, and three strategies for board development, are defined in in this article.

An account of the Ebola virus disease outbreak in Nigeria: implications and lessons learnt.

BACKGROUND: The 2014 Ebola virus disease (EVD) outbreak remains unprecedented both in the number of cases, deaths and geographic scope. The first case of EVD was confirmed in Lagos Nigeria on 23 July 2014 and spread to involve 19 laboratory-confirmed EVD cases. The EVD cases were not limited to Lagos State as Rivers State recorded 2 confirmed cases of EVD with 1 out of the 2 dying. Swift implementation of public health measures were sufficient to forestall a country -wide spread of this dreaded disease. This exploratory formative research describes the events of the Nigeria Ebola crisis in 2014. METHODS: This research was implemented through key informant in-depth interviews involving 15 stakeholders in the EVD outbreak in Nigeria by a team of two or three interviewers. Most of the interviews were conducted face-to-face at the various offices of the respondents and others were via the telephone. The interviews which lasted an hour on average were conducted in English, digitally recorded and notes were also taken. RESULTS: This study elucidated the public health response to the Ebola outbreak led by Lagos State Government in conjunction with the Federal Ministry of Health. The principal strategy was an incident management approach which saw them identify and successfully follow up 894 contacts. The infected EVD cases were quarantined and treated. The Nigerian private sector and international organizations made significant contributions to the control efforts. Public health enlightenment programmes using multimodal communication strategies were rapidly deployed. Water and sanitary facilities were provided in many public schools in Lagos. CONCLUSIONS: The 2014 Ebola outbreak in Nigeria was effectively controlled using the incident management approach with massive support provided by the private sector and international community. Eight of the confirmed cases of EVD in Nigeria eventually died (case fatality rate of 42.1%) and twelve were nursed back to good health. On October 20 2014 Nigeria was declared fee of EVD by the World Health Organization. The Nigerian EVD experience provides valuable insights to guide reforms of African health systems in preparation for future infectious diseases outbreaks.

Using a mHealth tutorial application to change knowledge and attitude of frontline health workers to Ebola virus disease in Nigeria: a before-and-after study.

BACKGROUND: The Ebola epidemic exposed the weak state of health systems in West Africa and their devastating effect on frontline health workers and the health of populations. Fortunately, recent reviews of mobile technology demonstrate that mHealth innovations can help alleviate some health system constraints such as balancing multiple priorities, lack of appropriate tools to provide services and collect data, and limited access to training in health fields such as mother and child health, HIV/AIDS and sexual and reproductive health. However, there is little empirical evidence of mHealth improving health system functions during the Ebola epidemic in West Africa. METHODS: We conducted quantitative cross-sectional surveys in 14 health facilities in Ondo State, Nigeria, to assess the effect of using a tablet computer tutorial application for changing the knowledge and attitude of health workers regarding Ebola virus disease. RESULTS: Of 203 participants who completed pre- and post-intervention surveys, 185 people (or 91%) were female, 94 participants (or 46.3%) were community health officers, 26 people (13 %) were nurses/midwives, 8 people (or 4%) were laboratory scientists and 75 people (37%) belonged to a group called others. Regarding knowledge of Ebola: 178 participants (or 87.7%) had foreknowledge of Ebola before the study. Further analysis showed an 11% improvement in average knowledge levels between pre- and post-intervention scores with statistically significant differences (P < 0.05) recorded for questions concerning the transmission of the Ebola virus among humans, common symptoms of Ebola fever and whether Ebola fever was preventable. Additionally, there was reinforcement of positive attitudes of avoiding the following: contact with Ebola patients, eating bush meat and risky burial practices as indicated by increases between pre- and post-intervention scores from 83 to 92%, 57 to 64% and 67 to 79%, respectively. Moreover, more participants (from 95 to 97%) reported a willingness to practice frequent hand washing and disinfecting surfaces and equipment following the intervention, and more health workers were willing (from 94 to 97%) to use personal protective equipment to prevent the transmission of Ebola. CONCLUSIONS: The modest improvements in knowledge and reported attitudinal change toward Ebola virus disease suggests mHealth tutorial applications could hold promise for training health workers and building resilient health systems to respond to epidemics in West Africa.

Leveraging Technology in Effective Manage- ment of Epidemics in Developing Countries: Lessons from the Ebola Outbreak in West Africa.

The problem of disease epidemics is an ever present threat in our increasingly connected world is one that many nations particularly in the developing world, continue to struggle with. However, in recent times, the use of technology has played a crucial role in the effective management of disease outbreaks. The 2014 Ebola outbreak in West Africa witnessed unprecedented applications of digital innovations to key areas of the public health response- disease surveillance, health worker training and public education; with satisfactory results. In Nigeria in particular, these interventions were partly credited with the swift containment of the outbreak and prevention of significant catastrophic damage. These technological solutions, though relatively simple, present the possibility for reverse technology transfer. Long standing protocols and approaches in disaster response currently in use in developed countries can be modified and improved upon, taking into account lesson from successes achieved using technology in the fight against Ebola in West Africa.