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29 July 2022 | Story André Damons | Photo André Damons
UFS Traditional Medicine
Recardia Schoeman, Scientific Officer in the Department of Pharmacology, gave Prof Paul Waako, Dr Samuel Baker Obakiro, and Dr Richard Oriko Owor from the Busitema University a tour of the department and its laboratories.

Prof Motlalepula Matsabisa, Director of Pharmacology at the University of the Free State (UFS), played host to academics from the Busitema University in Uganda for benchmarking on traditional medicine and to establish collaboration between the two institutions.

Prof Paul Waako, Vice-Chancellor of the Busitema University – who was part of the visiting party – and Prof Francis Petersen, UFS Rector and Vice-Chancellor, signed a collaboration agreement that enables the two institutions to work together and to get involved in the exchange of expertise as part of the collaboration.

Dr Samuel Baker Obakiro, Lecturer of Pharmacology and Therapeutics and Head of the Department of Pharmacology, and Dr Richard  Oriko Owor, a natural products chemist, accompanied Prof Waako on the visit to the UFS from 18 to 21 July, during which they undertook tours of various departments and laboratories, including Pharmacology, Virology, Chemistry, Genetics, Physics, Microbiology, and others. They also visited FARMOVS.

 

Establishing collaboration

Uganda – through their Ministry of Science, Technology, and Innovation – has a national drive to ensure that science contributes to socio-economic development through their major national agenda, which promotes local production, reduces importation, and increases exportation of goods. Dr Monica Musenero Masanza, Minister of Science, Technology, and Innovation, wants to ensure that the capacity of Ugandan scientists to conduct applied research will promote national development and reduce poverty.

Prof Waako said they came to the UFS to establish collaboration, as universities have an obligation to ensure that science improves the socio-economic situation in Africa. They would like to work with the UFS to ensure that science strengthens science in order to serve the people.

“Currently, one of the biggest challenges is the local manufacturing of pharmaceuticals, and that is why we came to the Department of Pharmacology. We need to come together as African universities and use all the existing capacities to transform the lives of our people.”

“African traditional medicine has a lot to offer, and a lot of research has been done, but we have not been able to take it to the level of final commercialisable products. This is the reason of us coming here, we want to create that link to ensure that the science – which has already been identified and established – is able to move to product production,” says Prof Waako.

 

At the right place

They decided to visit the UFS after meeting Prof Matsabisa during his visit to their country’s universities as part of the WHO team.

According to Dr Obakiro, when walking down the corridors of the department, they can see that they are in the right place. “We are also looking at mentorship, as our university is still very young. I am happy and privileged to be here. We cannot succeed on our journey if we do not stand on your shoulders.”

Dr Obakiro said they are also looking at how to set up partnerships between academia and industry, as well as collaboration between the different academic departments, such as pharmacology, chemistry, microbiology, and virology, and how these collaborative initiatives can be effective and efficient to drive their agenda.

In welcoming the colleagues from West Africa, Prof Matsabisa said, “Let’s find a way to crawl together and eventually run together. If you want to move into drug discovery and development, no single scientist can do it alone, it is a multidisciplinary approach. It is a team effort with a shared vision. We have some experience that we can share with you, but we are not perfect, and I think we can learn together.”

News Archive

It is not every day you get to build a heart
2014-09-17

According to the World Health Organisation, heart disease is the leading cause of death world wide. Heart transplantations substantially outperform any other available treatment and extend life by an average of 15 years, but the shortage of donor organs and organ rejection still remain a challenge.

Getting closer to the day where it will be possible to produce human organs by using human cells, researchers at the University of the Free State (UFS) announced that they have successfully decellularized a primate heart.

Decellularization is the process of taking an organ and stripping its cells, leaving behind a framework of binding tissue. The organ can then be repopulated (recellularized) with the patient's own cells - a process considered to move heart research closer to the day when a patient can become his own donor.

This process was discovered in 2008 by American cardiologist, Dr Doris Taylor of the University of Minnesota, who decellularized and recellularized a beating rat heart in a laboratory.

World wide researchers already used the process of decellularization on rat and pig hearts, but the research team of the UFS is the first to use this on a primate heart.

Complete media release.

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