Mercy Wendy WanyanaBHUN (MaK); MPH (MaK) Host Site: Department of Integrated Epidemiology, Surveillance and Public Health Emergencies (IES and PHE), Ministry of Health.
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ABOUT THE FELLOWMercy Wanyana is now a field epidemiologist. She holds a Masters degree in Public Health, Postgraduate Diploma in Monitoring and Evaluation and a Bachelors in Environmental Health. Mercy has an interest in disease surveillance and response. During the fellowship, she was attached to the Division of Surveillance, Information and Knowledge Management (SIKM) in the Department of Integrated Epidemiology, Surveillance and Public Health Emergencies (IES and PHE), Ministry of Health. During the in-service training, she has developed skills and competencies in the design, implementation and evaluation of surveillance systems, outbreak investigation, applying epidemiological concepts in complex emergencies, advanced statistical skills and public health communication. During the fellowship, she led one outbreak investigation and participated in four others including the 2022 Ebola outbreak. She conceptualised and designed projects utilising routinely collected surveillance data and primary data collected. These experiences built her competencies in conducting operational research. She evaluated the yellow fever surveillance system and the performance of contact tracing cascade during the Ebola Disease outbreak, gaining experience in health surveillance systems evaluation. Additionally, she worked on various border health projects that built her competencies in global health diplomacy. Working on these various projects with multiple stakeholders and multidisciplinary teams in the Ministry of Health has developed her skills in teamwork, collaboration and public health leadership. Achievements at the Host Site
Fellowship program specific achievements
Summary of Epidemiological Study: Title: Assessment of capacity in ditection, reporting and responding to Public Health Events of international concern at points of entry Uganda, Background: Expanded human mobility has increasingly led to the spread of disease outside of the areas in which it first occurs. Consequently, there is an enhanced focus on building capacity to detect disease at points of entry (PoEs). We assessed capacity and performance in detection, reporting, and responding to public health events of international concern (PHEIC) and public health emergencies at PoEs in Uganda. Methods: We conducted a cross-sectional assessment from June 27 to September 12, 2022, at official PoEs in Uganda. We adopted a standardised assessment tool for the World Health Organisation’s (WHO) PoE capacity requirements. Capacity areas included coordination and communication, routine prevention and control measures expected at all times, and response to PHEIC. We abstracted and analysed surveillance data on performance of PoEs including completeness of PoE reporting, proportion of travellers screened and proportion of suspected ill travellers isolated, investigated and referred for further care if necessary. Results: We assessed all 53 gazetted PoEs (4 airports, 16 inland ports, and 33 ground crossings). Most (94%) reported communication capacities with national and sub-health authorities with 88% completeness of reporting. Forty-two per cent provided access to appropriate medical services for assessment and care of ill travellers, 42% had access to sanitary facilities, 21% had access to safe water, and 23% had appropriate waste management and vector control. Regarding capacity to respond to PHEIC and public health emergencies, all designated PoEs had a public health emergency contingency plan,74% provided screening of all travellers but screened 56% of the travellers, 38% had the capacity to quarantine and isolate suspected human cases, and 15% had the capacity to transport suspected cases to referral health facilities. Twenty three percent of the suspected ill travellers were isolated, investigated and referred for further care if necessary. Only 8% assessed animals being transported through PoEs for priority animal transboundary diseases. Conclusion:Existing capacity and performance gaps in detection and response to PHEICs and public health emergencies may limit the ability to effectively respond to potential public health emergencies. There is a need to establish infrastructure, equipment and personnel for and assessment, isolation and quarantine of humans and animals. Key lessons learnt during the fellowshipDuring the fellowship, I have developed the following skills and competencies
Next StepsAfter successfully completing the fellowship, I plan to continue my career in field epidemiology in the government or private sector contributing to disease surveillance, outbreak response and health promotion. I plan on publishing all the work done during the fellowship period in peer review journals. In addition, I plan to engage in research activities, working on studies advancing understanding diseases, risk factors and interventions. Pictorial
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