Joselyn Annet Atuhairwe

Joselyn Annet Atuhairwe

 BSc. (Zoo/Bot) (Mak); MSc. Biology and Control of Parasites and Disease Vectors (UoL), Field Epidemiology Fellow (PHFP) +256 782422826atuhairwejoselyn@gmail.com/ atuhairwejoselyn@musph.ac.ug

Host Site

National Malaria Control Program, Ministry of Health

Host Mentors

Dr. Jimmy Opigo, Dr. Myers Lugemwa

Academic Mentor

Dr. Adoke Yeka, MakSPH

ABOUT THE FELLOW


Joselyn Annet Atuhairwe is a medical and veterinary entomologist/parasitologist with excellent skills and experience in epidemiology. She holds a Master of Science degree in Biology and Control of Parasites and Disease Vectors from University of Liverpool, United Kingdom and a Bachelor of Science degree in Zoology and Botany from Makerere University, Uganda. She is a fellow alumnus of: International Atomic Energy Agency (IAEA) in the field of Insect Pest Control and International Livestock Resources Research Institute (ILRI), Kenya where she evaluated the use of Insecticide Treated Netting (ITN) for control of flies in Butcheries in Nairobi, Kenya.

Prior to joining the Uganda Public Health Fellowship program, Joselyn worked as an entomologist with Ministry of Agriculture, Animal Industry and Fisheries (MAAIF) on the African Union funded tsetse and trypanosomiasis eradication project: “Creation of Sustainable Tsetse and Trypanosomiasis Free Areas in East and West Africa” (STATFA), Uganda component. She spearheaded the Sterile Insect Technique (SIT) component of the project providing leadership to eight insectary, field and support staff. Together with eight other entomologists, she established a colony of Glossina fuscipes fuscipes using wild material from Buvuma Islands. She was part of the team that designed and implemented: entomological monitoring; operational research studies to inform and support tsetse control interventions and studies to evaluate the effectiveness of new vector control tools. Joselyn was also part of the team that designed the Uganda Tsetse and Trypanosomiasis Eradication Program (UTTEP) a document which doubles for resource mobilisation and guiding tsetse control and eradication efforts in the country. Joselyn is keen on using surveillance data for early warning and detection of epidemics to allow for prompt response to contain epidemics.


  Achievements at the host site


Joselyn was based at the National Malaria Control program of Ministry of Health Uganda. Here she was a member of the national Insecticide Resistance Management (IRM) taskforce and two Technical Working Groups (TWGs) namely: Malaria Surveillance, Monitoring and EvaluationOperations Research (SME-OR) TWG and the Integrated Vector Management (IVM) TWG.

During the first quarter of her stay at NMCP, Joselyn was assigned a task to coordinate Indoor Residual Spraying activities in 11 districts in Northern Uganda on-behalf of the Program Manager. This was part of the intermediate response to the Northern Uganda malaria epidemic which started in 2015. She ably took on the responsibility and worked with a multidisciplinary, multistakeholder team to develop the IRS implementation strategy and refined the budgets. Joselyn later worked with her team through the Ministry of Health financial management system to effectively coordinate implementation of the activity in the epidemic districts. She coordinated the regional training meetings in IRS, drafted management letters to the implementing district administration, organised multi-stakeholder engagement meetings to review progress of implementation of the malaria epidemic response plan which was followed by bottleneck analysis to identify barriers to implementation. She closely followed up jointly agreed resolutions from these meetings and ensured their implementation.

Joselyn also undertook other assignments at NMCP ranging from analysis of surveillance data, coauthoring policy documents and implementation guidelines, establishment of surveillance systems and support supervision summarised below:

  • She analysed Health Information Management (HMIS) data to determine the effectiveness of IRS in Northern and Eastern Uganda. From this she developed an abstract titled: “Changes in malaria morbidity following Indoor Residual Spraying: a comparative analysis of IRS and non-IRS districts in Eastern and Northern Uganda, 2013-2016”. She presented this abstract at the 3rd National Field Epidemiology conference and has also submitted it for consideration for the 67th Annual EIS conference in Atlanta. She is drafting a manuscript from the same work.
  • She analysed data from the Uganda Malaria Surveillance Program (UMSP) to determine the country’s progress towards adhering to the test and treat policy for malaria case management. From this she developed a policy brief titled: “Adopt the Uganda Malaria Surveillance Program Model to improve adherence to Malaria Test and Treat Policy”. The policy brief was published in the UNIPH quarterly epi-bulletin.
  • She is a co- author of the Uganda IVM strategy, IVM implementation guidelines and IRM plan.
  • She developed a roadmap for the development of the Uganda Malaria Dashboard, a document that was adopted to guide the process.
  • Member of the team spearheading the establishment of the first ever national entomological surveillance and information management system for Uganda.
  • Lead author of the “Guidelines for establishing the entomological surveillance system for malaria vectors in Uganda”
  • She authored a newspaper article: “Embrace the on-going mass mosquito net campaign” as a way of sensitising the masses.
  • She offered support supervision to health facilities in Kiryandongo, Buliisa and Kibaale districts.
  • Supported 11 northern Uganda malaria epidemic districts to develop work plans for malaria activities. Emphasis was put of integrating surveillance in malaria control.

Program-specific achievements (key deliverables)


Joselyn was involved in outbreak investigations and other epidemiological studies.

  • Led the investigation of the March 2016 cholera outbreak investigation in Namayingo district. From which she developed an abstract: “Spreading like a Wild Fire: A Tale of Three Cholera Outbreaks – Namayingo District, Uganda, March 2016”. She made an oral presentation of the abstract at the: Joint Annual Scientific Health conference 2016; 1st Biosafety and Biosecurity and 2nd field Epidemiology conference in November 2016 and the 9th TEPHINET Global Scientific Conference in Chiang Mai Thailand, August 2017. She also published the article in the UNIPH bulletin. Joselyn has drafted a manuscript from this work entitled: “A Cholera outbreak associated with drinking untreated lake-water and geographically spread by movement of case-persons: Namayingo District, Eastern Uganda, March 2016” 
  • Co-investigator of the August 2017 Measles outbreak in Lyantonde district. She is coauthor of the abstract: “Measles Outbreak Amplified by Hospitalization at a Pediatric Ward: Lyantonde District, Uganda, August 2017” which wassubmitted to the 67TH EIS conference in Atlanta for consideration.
  • Lead investigator of the “Cost Analysis of Measles Outbreak and Response in Lyantonde District”.
  • Analysed the Uganda Prisons survey data to determine “Knowledge, Willingness and Uptake of Safe Male Circumcision for HIV prevention amongst Prisoners in Uganda”.

Summary of an Epidemiological study:

 TITLE:  Changes in malaria morbidity following Indoor Residual Spraying: a comparative analysis of IRS and non-IRS districts in Eastern and Northern Uganda, 2013-2016

Introduction: Uganda contributes the fourth-highest number of cases to the global malaria burden, accounting for 8,480,000 cases in 2015. Indoor Residual Spraying (IRS) of insecticides is a proven effective intervention against malaria. Since December 2014, districts in Northern and Eastern Uganda have implemented IRS. We analysed malaria surveillance data for 2013-2016 to compare malaria morbidity before and after application of IRS in Eastern and Northern Uganda.

Methods:  We analysed routine malaria surveillance data reported to the Uganda Health Management Information System during 2013-2016. We fit a negative binomial regression model to total confirmed malaria cases reported in five IRS districts and five non-IRS districts, using the natural log (Ln) of the population as the offset. We included rainfall level, Monthly Blood Examination Rate (MBER), district reporting rates, and 2013 (as baseline) total confirmed malaria cases as covariates. The IRS and non-IRS districts included in the study were from the same region with comparable malaria incidence at baseline.

Results: 

Malaria incidence in IRS districts decreased from 19/1000 population in 2013 to 14/1000 population in 2016 (p<0.0001), while non-IRS districts registered an increase from 13/1000 population in 2013 to 25/1000 population in 2016 (p<0.0001). The modelling results showed that, in reference to 2013 levels, IRS districts had 47% fewer confirmed malaria cases than nonIRS districts by 2016 (Incidence Rate Ratio [IRR]=0.53; 95% CI=0.43-0.66) after offsetting for Ln population and accounting for district reporting rates, rainfall, MBER and baseline malaria cases.

Conclusion and recommendations:  IRS application was associated with a significant reduction in malaria morbidity. We recommend that IRS be used as one of the key strategies for malaria control in all remaining endemic regions of the country.

Figure 1: Joselyn Annet Atuhairwe interacting with the VHT during a cholera outbreak investigation in Namayingo district, March 2016