Veterinary & Biosecurity
“We are now citizens of the planet, The planetary phase of civilization”
One world – One farm – One health
Makerere University recently signed a Declaration of intent to join Global Farm platform network and partnership, one of whose objectives is to establish a global academic network to promote farm research platforms for optimization of ruminant livestock production and hence contribute to food security, sustainability and poverty alleviation.
The Global Farm Platform offers an opportunity for conducting large transnational research, collection and exchange of big data and scientific exchanges and application of cutting edge technologies.
The signing of the declaration of intent followed a three-day partnership symposium on Science, Technology and Innovation (STI) conducted at the College of Veterinary Medicine, Animal resources and Bio Security (CoVAB) from 2nd to 4th August 2022.
With support from Worldwide Universities Network (WUN), the symposium brought together stakeholders from the University of Bristol UK, Lilongwe University of Agriculture and Natural resources Malawi, University of Ghana, Busitema University, National Agricultural Research Organization (NARO), Africa Institute for Strategic Animal Resource Services and Development (AFRISA) and the host Makerere University.
The symposium that was hosted by the Centre for Biosecurity and Global Health at CoVAB focused on the Theme; Recovery of Human Health and Wellbeing through sustainable Livestock Production in Sub Saharan Africa: The Food Not Feed approach.
It was premised on the realization that the food-feed competition of human food was one of the complex challenges that had greatly contributed to climate change, land degradation and water shortages in an effort to have sustainable food production. The One world – One farm approach that has been found crucial in redressing the food and not feed approach and the climate change challenges set out to look for multifaceted solutions through collaboration and partnerships. The symposium therefore was convened to reflect on and provide input into sustainable livestock development and production in sub-Saharan Africa in the wake of the globalization of the economy, climate change and pressure for safe food. It was also among other things aimed at developing research groups to promote science, technology and innovations in accelerated livestock production and productivity and for universities to build strong Global farm platform networks.
The Deputy Principal College of Veterinary Medicine, Animal Resources and Biosecurity Prof. James Okwee Acai welcomed the participants and expressed gratitude towards the Minister for Science, Technology and Innovations for her continued support to the College which he said, was a manifestation of the trust in the output of the college. He noted that her presence at the symposium was an indication of the commitment that the Ministry had in building the much needed partnerships.
While addressing himself to the theme, Prof. Acai said the symposium brought together a great team of partners as evidenced from the Universities represented as well as the Makerere University team led by Prof. John David Kabasa. He expressed optimism that the outputs would contribute greatly towards the realization of the much needed synergies in livestock research output drawing lessons from the partnerships involving the North and South.
Makerere University’s Prof. John David Kabasa who made remarks on behalf of the consortium noted that the universe was in the planetary phase of civilization which he described as a state of increased global interdependence. He said it was necessary that they discussed ways of ensuring sustainable production in the wake of climate change and other challenges facing the world. While giving reference to the concept of One world – One farm – One health, Prof. Kabasa said that until recently with the onset of COVID- 19 and the Ukraine War and their effect on our livelihood, we did not know that we were linked to one another.
Prof. Kabasa illustrated the composition of a healthy plate that should include carbohydrates, proteins and vegetables. He said this was required by the Eight Billion people living on the planet. ‘Where will a healthy plate come from with the increasing population vis the existing land and water resources’ queried the Professor, while encouraging land use change. ‘The model of burying should change since it is not sustainable, food must increase, urbanization and peasantry displacement is inevitable,’ he explained while emphasizing the need for better, scientifically proven methods of increased productivity in order to satisfy the food demand.
Prof. Kabasa noted that although the existing challenges were created by Science Technology and Innovation, it was the same way that they could be redressed. He urged the College of Veterinary Medicine, Animal Resources and Bio security to take lead in the intensification of production of animal sources of food to help meet the projected demand.He cautioned that unless there was a change, the kind of science we were doing would lead to our own displacement and cited the example of the daily meat demand that stood at 40 million kilograms. ‘As we intensify, you must produce on land, below the land and above the land’ he said.
Prof. Kabasa pointed out the challenge of the greenhouse emissions and urged scientists to come up with the right models of production. ‘Scientists must come out loudly to address the challenges we have created ourselves. We need new brains to redress the issue of poison which is destroying the biodiversity’. He noted.
He said that being part of the global farm required addressing the modes of production that had led to the rejection of products from Africa leading to market loss, which meant no jobs, leading to labor export, while importing products. ‘When will you scientists become angry. Even your own children will be exported’, he said. Kabasa also stressed the need to re-orient the science Technology Innovations pathways to industrial value chains and away from a commodity based thinking. At CoVAB, through the various schools there were pillars of industrial value chains including medicine resources, wild life resources, biomolecules, bio lab resources as well as household resources, he said.
Hon. Monica Musenero Musanza, The Minister for Science, Technology and Innovations while opening the symposium noted that for long Africa had relegated the responsibility of thinking and depended on the thoughts from others. All this has not helped Africa, she observed, and the current thought process was to provide the next leaders, citing the think tank that exists at her ministry.
While giving the example of the Mbale flood tragedy that had left scores dead, Hon. Musenero noted that such a scenario was a result of action without thinking that led to environmental degradation. She said the symposium would help organize thoughts and that the more the thinking, the better the results. She said the onset of Covid -19 in Africa provided a landmark that pushed us to sit in a thinking chain. ‘The future does not happen but is created. As we sit here and think global sustainability, it means integrity and balance, which are key for sustainability’ she observed. She encouraged the scientists to think of new innovations and continue investing in the thinking process given that 50% of the work in the Science Innovation and Technology sector was thinking. It is unacceptable that a Professor with all the research and teaching has no patent or commercialized product, she stressed.
The participants at the symposium took off time to visit some farmers that included Edward Kalemba who is an urban Dairy farmer in Kasangati with eight animals operating in his compound. He uses animal waste to make bio gas while the slurry from the biogas used on his farm.
At the symposium, presentations were made by the respective entities. In the end there were a number of recommendations made that included the establishment of a multi-disciplinary research group to uphold the Global Farm Platform, to collaboratively harness the science Technology and Innovations capacities of African institutions to resolve the challenges of climate change and sustainable livestock development and production as well as developing appropriate and alternative livestock feed and production technologies.
Veterinary & Biosecurity
Alumni of Molecular Biology Honor Prof. George William Lubega for Outstanding Contributions
Veterinary & Biosecurity
Uganda Advances Bacteriophage Research in Fight against Antimicrobial Resistance
Makerere University convened a symposium to explore bacteriophage applications in combating antimicrobial resistance (AMR) and addressing health, agricultural, and environmental challenges. Organized by The Alliance for Phage Research and Development Uganda Ltd (PhageTeam Uganda), the event brought together researchers from Makerere University, Kyambogo University, Kampala International University, and Ian Clarke International University, and other players, highlighting a collaborative approach to tackling global and local issues.
Day two of the symposium saw researchers and policy makers together with partners from the UK and USA hold a discourse on the best way forward in the promotion of bacteriophage research and production in the country to support efforts against anti-microbial resistance.
Speaking at the event held at Hilton Garden Inn, Dr. Jesca Nakavuma, the lead phage researcher from the College of Veterinary Medicine, Animal Resources and Biosecurity (CoVAB), Makerere University, stressed the urgent need for alternative antimicrobial agents due to the rise in drug resistance and limited discovery of new antibiotics. Bacteriophages, natural viruses that target bacteria, she said, were identified as a promising solution to revolutionize disease control, treatment, and food security. She said research in this area was key because humankind was at risk of the impending calamity of life-threatening treatment failure.
Prof. Robert Wamala, Makerere University‘s Director for Research, Innovations, and Partnerships, who spoke on behalf of the Vice Chancellor, Prof. Barnabas Nawangwe, underscored the importance of building local capacity in phage research. He noted that such efforts could enhance Uganda’s resilience against AMR and yield homegrown solutions for human, animal, and crop health.
As the world grapples with the growing threat of antimicrobial resistance (AMR), bacteriophage research offers a promising alternative. Phages, which are natural enemies of bacteria, have the potential to revolutionize the approach to treatment, disease control, and food security, he noted. He said building local expertise in phage application can enhance Uganda’s resilience against AMR and produce sustainable homegrown solutions to health and environmental challenges.
Prof. Robert Wamala said Makerere University was committed to supporting cutting-edge research and innovation that addresses national and global challenges in line with the university’s role in knowledge generation, technology advancement, and policy influence. The importance of regulatory institutions, he said, cannot be overemphasized in this endeavor, since they enforce compliance, uphold ethical standards, and foster an enabling environment for impactful research and innovation. He said the engagement presented an opportunity to strengthen collaboration between researchers, institutions, and regulatory bodies to ensure that the outcomes are scientifically sound and are aligned to the national development priorities and global best practices.
Dr. Claire M. Mugasa, the Dean of the School of Biosecurity, Biotechnical and Laboratory Sciences (SBLS), CoVAB reiterated the fact that antimicrobial resistance was on the rise in Uganda and Africa, more than elsewhere in the world. She said it was time now that efforts be intensified in looking for sustainable options to curb the dangerous trends. She said this cuts across the human and the animals. She said it was an opportune time for players to come together to find ways of getting the required alternative. She said by coming together, the different ideas developed individually would in a concerted effort, pulling resources together for a way forward.
During the discourse, several subjects were addressed, including an introduction to antimicrobial resistance, phage biology, phage application, and lessons learnt from the establishment of a phage research centre in the UK, which was presented by Prof. Martha Clokie from the University of Leicester. This initiative reflects a commitment to fostering innovation, collaboration, and regulatory compliance, positioning Uganda as a leader in sustainable solutions for global challenges.
The symposium was sponsored by Global AMR Innovation Fund (GAMRIF), through a grant to the UK Medicines and Healthcare products Regulatory Agency (MHRA) in partnership with Phages for Global Health.
Veterinary & Biosecurity
First Symposium on Bacteriophage Research & Applications in Uganda Highlights Remarkable Milestones & Future Prospects
Bacteriophage research and its applications were the focal point of the 1st Symposium on Bacteriophage Research and Applications, convened by Makerere University‘s College of Veterinary Medicine, Animal Resources and Biosecurity (CoVAB) on Thursday, March 27, 2025. This landmark event showcased Uganda’s strides in harnessing bacteriophages as innovative solutions to antimicrobial resistance (AMR) and other pressing health and agricultural challenges.
Key speakers included Dr. Jesca Nakavuma, CoVAB (Makerere University), who showcased Uganda’s pioneering phage research initiatives and vision. Tobi Elaine Nagel, the President of Phages for Global Health (USA), discussed the global significance of phage research. Prof. Martha Clokie, from the University of Leicester’s Centre for Phage Research (UK), shared insights into the latest advancements in phage therapy. Dr. Robert Blasdel, representing VASALE (Belgium), presented innovative solutions using bacteriophages. Ms. Abigail Riggs, from the Foreign, Commonwealth and Development Office (UK), emphasized international partnerships and policy development.
Speaking at the event, Prof. Edward Wamala, Makerere University’s Director of Research, Innovation and Partnerships, who represented the Vice Chancellor Prof. Barnabas Nawangwe at the event, highlighted the critical role of bacteriophage research in addressing the global threat of antimicrobial resistance (AMR). He explained how the misuse and overuse of antibiotics in human health, agriculture, and aquaculture have accelerated the emergence of drug-resistant bacterial strains, rendering standard treatments ineffective. Citing statistics from the World Health Organization, he pointed out that AMR claims over 1.3 million lives annually, a number expected to rise without urgent action. He lamented the stagnation of new antibiotic development due to high research costs and rapid bacterial resistance, making bacteriophage therapy a powerful and promising alternative.
Prof. Wamala expressed Makerere University’s commitment to advancing research that addresses critical societal challenges, aligning with its mission of generating transformative knowledge and fostering sustainable development. He emphasized Uganda’s potential to lead in bacteriophage research, driven by multi-disciplinary partnerships and capacity building. He also highlighted ongoing studies into aquaculture-specific bacteriophages at CoVAB as an example of how phage technology can revolutionize sectors like agriculture while addressing AMR. Through such efforts, the university aims to position Uganda as a global leader in innovative solutions to combat antimicrobial resistance and enhance public health.
Dr. Jesca Nakavuma, widely regarded as the mother of phages in Uganda, delivered a compelling presentation at the Symposium, where she detailed the impressive progress of phage research in Uganda since its inception in 2017. She highlighted Makerere University’s pioneering efforts, starting with a cohort of five undergraduate students, which have since expanded into groundbreaking research addressing challenges in agriculture, clinical health, food safety, and environmental safety. Key achievements include advancements in E. coli and Salmonella detection, tackling avian colibacillosis, and innovations in decontamination methods, underscoring the transformative potential of phage technology in combating antimicrobial resistance and enhancing public health.
The symposium honored collaborative efforts, including the establishment and accomplishments of Phage Team Uganda, which developed a repository of 125 characterized phage isolates and trained over 20 PhDs, MScs, and BSc students. Partnerships with international organizations such as IDRC InnoVet AMR and AU Safe Fish have significantly contributed to advancements in antimicrobial resistance and aquaculture.
Despite these achievements, Dr. Nakavuma noted challenges such as insufficient facilities for large-scale phage production, regulatory limitations, and financial constraints. She affirmed that despite the challenges, the team remained ambitious, envisioning the creation of a fully equipped Phage Research and Development Center, the commercialization of phage products, and the establishment of policy frameworks to support the use of phages in Uganda.
The Deputy Principal of CoVAB, Prof. James Acai Okwee, warmly welcomed the partners to the conference and acknowledged their invaluable contributions to the college’s research efforts. He emphasized the importance of collaboration in driving innovation and achieving impactful results, highlighting the pivotal role that partnerships play in fostering academic and scientific growth. Prof. Okwee’s remarks set an encouraging tone for the conference, reinforcing the college’s commitment to advancing research initiatives and creating opportunities for shared learning and development.
The event that attracted the participation of various stakeholders including academia, civil society, and policy makers, concluded with acknowledgments of the efforts of Phage Team Uganda, collaborators, and funders, setting the stage for an exciting future in Uganda’s journey to combat antimicrobial resistance and ensure food and environmental safety.
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