This study piloted an event-based surveillance system at the health centre (HC) level in Ethiopia. The system collects rumours in the community and registers them in rumour logbooks to record events of disease outbreaks and public health emergencies. Descriptive analysis was conducted on the events captured at the 59 study HCs in the Amhara Region in north-western Ethiopia between October 2013 and November 2014. A total of 126 rumours were registered at two thirds of the HCs during the study period. The average event reporting time was 3.8 days; response time of the HCs was 0.6 days, resulting in a total response time of 4.4 days. The most commonly reported rumours were measles-related (n = 90, 71%). These rumours followed a similar pattern of measles cases reported in the routine surveillance system. The largest proportion of rumours were reported by community members (n = 38, 36%) followed by health post workers (n = 36, 29%) who were normally informed by the community members about the rumours. This surveillance system was established along with an existing indicator-based surveillance system and was simple to implement. The implementation cost was minimal, requiring only printing and distribution of rumour logbooks to the HCs and brief orientations to focal persons. In countries where routine surveillance is still weak, an event-based surveillance system similar to this should be considered as a supplementary tool for disease monitoring.

Objectives

  The International Health Regulations (2005) bound the member states of the World Health Organization (WHO) to initiate epidemiological investigations of disease outbreaks and to notify WHO within 24 hours of their detection if the event is deemed to constitute public health emergency of international concern. The Japan International Cooperation Agency started the Amhara Regional Infectious Disease Surveillance Project to strengthen the surveillance and response system in the Amhara Region of Ethiopia in 2008. The objectives of the study were to review the project activities and to share the experiences and lessons learned in 22 districts of the North and South Gondar and West Gojjam Zones from mid-2012 through 2014.

Methods

  We conducted training for district surveillance officers and focal point personnel at health centres (HCs), monitoring visits to district health offices and HCs, held review meetings on surveillance, and provided technical assistance in outbreak investigations. We evaluated the project activities in terms of the timeliness of the surveillance reports submitted by the health facilities, provision of technical assistance in outbreak investigations, and the number of training sessions held for the surveillance personnel.

Results

  The timeliness of submission of surveillance reports had improved to almost 100% at end of 2014 compared with before the review period (about 68%). From the third quarter of 2013, we conducted monitoring visits to 59 HCs every semester. We were involved in 11 outbreak investigations of measles, anthrax, pertussis, neonatal tetanus, and typhoid fever. We held a total of 25 training sessions for district surveillance officers and HC focal points.

Conclusion

  The project successfully strengthened the surveillance and response system. We recommend that the Amhara Regional Health Bureau maintain its commitment to the system in terms of human resources and funding. Training for surveillance officers and focal points should be conducted periodically.

Objectives  The Japan International Cooperation Agency, Japan Anti-Tuberculosis Association and the Lusaka district health office conducted Community Mobilization for TB/HIV Care Project at three health centres in Lusaka, Zambia from 2012 to 2015. This study describes the assessment of the factors associated with high participation rates of tuberculosis (TB) treatment supporters (TSs) in patient support activities. Methods  A cross-sectional study was conducted for the evaluation. Information about individual participation to the weekly patient support activities at the health centres between September 2014 and February 2015 was drawn from the health centres’ administrative records. Data were collected between February and March 2015 via a structured questionnaire administered to TSs working at the health centres. Descriptive, univariate and multiple logistic regression analyses were done to identify factors associated with high participation of TSs. Results  For the 74 respondents, the average monthly participation rate between September 2014 and February 2015 was 83.2%. The rate was tended to be over 80% for the TSs who had temporary work or no work, or were housewives, and those who had experience as a group leader. The TSs who did not complete primary education were positively associated with participating over 80% of the time compared to those who had a secondary or higher education. Conclusion  The study provided information on the higher participation of TSs’ activities including their job, education status and leadership experiences. In recruiting TSs, priority should be given to those who have a temporary job or no work, or are housewives. Those who have lower education levels should not be excluded from the selection because they participated more often. Selecting an individual as a leader may facilitate the commitment of the person to the activities. These can be used in selection criteria of TSs in the similar setting.