Prosper Chaki, PhD

Executive Director

Dr. Chaki is a Research Scientist and the Chief Executive Director for PAMCA. He received doctoral degree (PhD) in Tropical Infectious Diseases at the Liverpool School of Tropical Medicine. He spent most of his time designing and evaluating affordable community based strategies for monitoring and evaluation of programmatic malaria vector control and surveillance in both urban and rural settings across Africa. He has a broad background when it comes to working with the local communities, districts and programs supporting evidence driven decision making, intervention stratification and deployment.

In some of his past work, he investigated the influence of some specific environmental and interventional determinants to operational programs with keen interest in larval source management and in collaboration with other researchers at the Ifakara Health Institute investigated the epidemiological impact of larval control through microbial larvicide application and effective community engagement strategies for sustainable vector control interventions. He further coordinated the malaria risk mapping initiative and collaboratively helped establish the largest quality assured entomological surveillance system covering 186 villages across mainland Tanzania for evaluating the ongoing interventions and promote evidence-driven delivery of vector control programs in Tanzania.

In addition Dr Chaki is interested in innovations for accelerating malaria elimination particularly novel tools for addressing the current and emerging challenges with mosquito vector control such as outdoor biting mosquito vectors that seem to be at the centre of the malaria transmission question at the moment. He is further committed to harnessing the African based entomological capacity to spearhead capacity building for implementing vector control programs through establishing strong coordination mechanism through regional partnerships and knowledge exchange programs.



Damaris Matoke Muhia, PhD

Programme Manager, Women in Vector Control

Dr. Damaris Matoke-Muhia is a molecular biology research scientist at the Kenya Medical Research Institute (KEMRI) and Post-Doctoral Fellow at the International Centre of Insect Physiology and Ecology (ICIPE). Her research interest is on utilizing genomics in the control vector borne diseases. She holds a PhD in Molecular Medicine from Jomo Kenyatta University of Agriculture and Technology, MSc in Biotechnology and BSc in Biochemistry. Currently, Dr. Matoke’s research is on malaria and leishmaniasis with a focus on exploring  innovative vector control tools, vector bionomics, insecticide resistance monitoring, population genetic  structure, parasite screening and characterization in correlation with ecological factors, disease epidemiology and climate change.

Dr. Matoke has received a number of local and international research funding. She supervises PhD and
MSc students, and has a passion in mentoring young women in STEM. She is a member of American Society of Tropical Medicine and Hygiene, Kenya National Malaria Forum, Multilateral Initiative on Malaria (MIM) and an Organizing Secretary for the KEMRI Annual Scientific Health (KASH) Conference, among others.



Elijah Juma, PhD

Program Manager

Dr. Elijah Juma is a medical entomologist with over ten (10) years’ professional experience in the control and management of mosquitoes and the diseases they transmit. Before joining PAMCA in 2020 as the Program Manager, he worked as Applied Entomologist at Vestergaard (EA) Ltd, disease control solutions company, supporting the Trials Manager product testing, evaluation, and the role-out of new generation long-lasting insecticide-treated bed nets (LLINs).

He did his PhD studies at the University of Illinois at Urbana-Champaign, USA from 2015-2019. His PhD research focused on leveraging high-throughput metagenomic sequencing techniques to characterize the microbiota of container-dwelling Aedine and Culicine mosquitoes, to elucidate the nexus between mosquito microbial diversity, structure, and their interaction with their mosquito larval environment, and how this knowledge can be used to answer important ecological questions pertaining mosquito control.

As PAMCA’s Program Manager – Chapter Liaison, he leads PAMCA’s entomological capacity strengthening initiatives, working with stakeholders in vector-borne disease endemic African countries within the PAMCA Country Chapters framework.

Elijah also leads PAMCA’s Vector Genomics and Bioinformatics Project, an initiative aimed at strengthening the bioinformatics capacity in Africa to facilitate acquisition and utilization of genomic surveillance data to guide evidence-based decision-making on vector-borne disease response in Africa.

He also leads PAMCA’s early-career development and progression initiatives targeting students and early-career entomologists by availing training opportunities, conference travel awards among others. As an early-career scientist, Elijah has several of his scientific works published in international peer-reviewed journals.



Amelie Wamba

Project Coordinator, Gene Drive Project

Amelie Wamba is a Postdoctoral Research Fellow in Bioinformatics at the Bioinformatics Research laboratory (CUBRe), Covenant University in Ota, Ogun State Nigeria. She did her PhD (pending defense) in Biochemistry from the University of Yaoundé 1, Cameroon. Her PhD research focused on elucidating insecticide resistance mechanisms in malaria vectors across Africa. She would later attain her PhD research internship at the Liverpool School of Tropical Medicine, UK where she gained valuable research skills in insecticide resistance.  

As Project Coordinator for the Gene Drive project, Amelie supports the running of the African Gene Drive for Vector Control Network activities which includes recruitment of members, stakeholders' engagement, organization of training and communication. 

Before joining PAMCA as Project Coordinator for the Gene Drive project, she was engaged in community-based activities, national health, and demographic surveys in some communities in Cameroon. Amelie has also served as a bilingual Translation Consultant for the National Institute of Statistics, Cameroon and IDinsight, Cameroon. 

Driven by the need to improve the living standards and health conditions in local communities, Amelie became a youth ambassador and a Mandela Washington Fellow in 2019 where she did a leadership training in Public Management at the Andrew Young School of Policy Studies, Georgia State University, Atlanta, GA, USA.  

Her long-term goal is to improve and implement health strategies by informing policy through evidence-based findings and increased collaboration between public health specialists and research scientists.  

 

 



Edward Lukyamuzi

Bioinformatics Trainer (ToT) Fellow for the Anopheles Genomics Phase II project

Edward Lukyamuzi is a Bioinformatics Trainer (ToT) Fellow for the Anopheles Genomics Phase II project. As part of his responsibilities, Edward would advance PAMCA-Wellcome Sanger Institute's goal to expand bioinformatics capacity for vector genomics work in Africa. Prior to joining PAMCA, he served as a Bioinformatics Associate at the Uganda Virus Research Institute - H3ABioNet node providing bioinformatics analysis support, tool, and workflow development. His work was aimed at fostering omics analysis and contributing to the development of standard operating procedures (SOPs) for common bioinformatics data analysis tasks.  

Edward contributed to the development of an automated Next-Generation Sequencing (NGS) based pipeline for reproducible analysis of mosquito genomes, particularly for variant calling and Single Nucleotide Polymorphisms (SNP) visualization. The pipeline provides a turn-key tool to scientists in low-resource settings with the tools and ability to evaluate vector genomics data as equal partners. In turn, this will facilitate several investigations including identifying genome loci for insecticide resistance, genotype identification of genes for novel tools development, identifying genetic markers for population structure studies to track the potential spread of resistance alleles to guide implementation of resistance management strategies. 

Though Edward’s academic background is in Computing and Mathematics; he has always had a keen interest in biological science research and completed a M.Sc. in Bioinformatics from Makerere University, Uganda. His research interests focus on data-intensive computing at the intersection of cloud and multicore technologies with an emphasis on contributing to the development of tools, methods, and computational systems to foster the mining of meaningful insights, patterns, and trends from biomedical data to guide operational health research and public health policy. 



Jane Njeri

Bioinformatics Trainer (ToT) Fellow for the Anopheles Genomics Phase II Project

Jane Njeri is a Bioinformatics Trainer (ToT) Fellow for the Anopheles Genomics Phase II Project. As part of her responsibilities, Jane will explore different perspectives in part of PAMCA-Wellcome Sanger Institute’s goal to expand bioinformatics capacity in vector genomics in Africa, review and update training materials on vector genomics and bioinformatics and will also participate in trainings and workshops under the Anopheles Genomics II project. 

Before joining PAMCA, Jane was part of the Eastern Africa Network for Bioinformatics Training (EANBiT) for her master’s study at Pwani University in Kilifi, Kenya. During her master's work, Jane was involved in SARS-CoV-2 genomic surveillance project at KEMRI-Wellcome Trust Research Programme (KWTRP). Her research focused on the optimization of SARS-CoV-2 assembly pipeline and quantification of the viral transcript abundances. Jane has a B.Sc. in Microbiology obtained from Pwani University, Kenya. Her B.Sc. research project focused on the theme "The expression of PHIST (Plasmodium helical interspersed sub-telomeric) genes as potential stimulators of naturally acquired immunity against malaria infection". 

Her research interests are in Host-pathogen interactions, vector-borne and infectious diseases, statistical genomics, biomarker identification and enjoys data visualization.