Latest News Archive

Please select Category, Year, and then Month to display items
Previous Archive
21 April 2023 | Story Andre Damons | Photo Charl Devenish
Dr Emms
Dr Ayodeji Emmanuel Ogunbayo (right), who graduated this week with a Doctor of Philosophy degree with specialisation in Medical Virology, with his proud supervisor Prof Martin Nyaga, Associate Professor in the UFS Next Generation Sequencing (UFS-NGS).

With respiratory diseases contributing to the highest morbidity and mortality rate in children, and the vast majority of disease aetiology remaining undiagnosed in clinical settings, Dr Ayodeji Emmanuel Ogunbayo hopes his research for his PhD in Medical Virology will help to reduce mortality in children with respiratory infection.

Dr Ogunbayo, commonly known as Dr Emms by his peers, graduated on Thursday (20 April 2023) with a Doctor of Philosophy degree with specialisation in Medical Virology at the University of the Free State (UFS) Faculty of Health Sciences graduation ceremony. The title of his thesis was Metagenomics of the respiratory RNA virome of children in the Free State. His supervisor was Prof Martin Nyaga, Associate Professor in the UFS Next Generation Sequencing (UFS-NGS) and Director of the WHO Collaborating Centre (WHO CC).

“While clinical metagenomics next-generation sequencing (mNGS), which is an upcoming method, has the potential to revolutionise infection diagnosis and management in children, there is a dearth of information on its clinical applicability in Africa. This is the knowledge that guided the inception of this research,” says Dr Ogunbayo.

Project came at the right time

He commenced with his PhD in Medical Virology in 2019, which was centred on the applicability of mNGS in severe acute respiratory infection (SARI) in children and deciphering the children’s respiratory virome in health and disease, a project which was the first of its kind in Africa.

According to him, the project was conceived before the COVID-19 pandemic, however, despite the challenges encountered due to lockdown measures, the project came at the right time as it was able to address several profound effects of the pandemic such as COVID-19 on the dynamics of transmission of respiratory viruses and ultimately its effect on children’s health. During his PhD study, he published four manuscripts in highly reputable journals including the most recent one which was accepted in Journal of Medical Virology (JMV)  an impressive impact factor of 20.693.

The findings from this study included a validated and robust workflow to recover respiratory RNA viruses from clinical samples, according to the graduation programme. The established workflow was adapted to decipher children’s respiratory virome composition in health and disease, with a degree of heterogeneity, while simultaneously establishing the clinical diagnostic applicability of mNGS and, more importantly, the increased utility of dual-triple mNGS analysis tools in robust detection of viral pathogens in SARI.

His hope for the research

Dr Ogunbayo says: “This research generated vast pioneering information and data in Africa that could guide and influence policy in the adoption of clinical metagenomics, especially in cases where conventional methods of diagnosis yielded no results. Hopefully, this could lessen mortality due to respiratory infection in children.

Before studying in the field of medical Microbiology and Virology, he wanted to be a psychiatric nurse, but instead chose his current field of study because of his interest in the microbial world and pathology.

“It’s a feeling one cannot really put into words. A part of me feels like it is a ‘dream come true’ and another part of me feels like ‘this is a milestone achieved, but it’s just a stepping stone to further milestones to be achieved’.

“What is next is for me to dive into the world of policy-influencing research, give back to the academic community through student supervision, and work on my journey to becoming an emerging researcher. This is the reason I have taken a postdoctoral position at the UFS-NGS Unit under the mentorship of Prof Martin Nyaga.”

Prof Nyaga says: “Looking back at Emmanuel’s doctoral journey, it brought out the best in him in every aspect of the study. Longitudinal studies are hectic in the sampling phase, and all the ethical clearances that a study must achieve prior to beginning the sampling and the laboratory work can be very frustrating. Soon after his study was approved, the pandemic lockdown level 5 rules were applied, which meant he had to pause on the study. However, his focus, positive mindset and his ability to work in close consultation with his supervisor enabled him to finish this study in the best way possible. I am very proud of him.”

News Archive

SADoCoL receives partial reinstatement of blood sample testing by the World Anti-Doping Agency
2016-08-22

Last week, the World Anti-Doping Agency (WADA) announced the lifting of the suspension of blood sample analysis by the South African Doping Control Laboratory (SADoCoL) at the University of the Free State (UFS). Although the suspension of urine sample analysis is still under review, the UFS is appreciative of the new outcome. The initial temporary suspension of SADoCoL, announced on 3 May 2016, included the suspension of all doping-control procedures which applied to both urine and blood samples.

The main reason for the suspension involved analytical techniques relevant to urine analysis; however, the testing of blood samples was also included in the suspension. At the time of the suspension, no adverse findings were reported for the laboratory in relation to blood-sample testing for Athlete Blood Passport (ABP) assessment. 

According to the agreement with WADA, the suspension period would be utilised to implement and test new systems in order to achieve the standard presently required by WADA, as well as to perform development and improvements. SADoCoL is a specialised service laboratory of the UFS and has been in existence for more than thirty years.

Upon SADoCoL’s request to lift the suspension of only the ABP analysis, WADA agreed to allow the laboratory to apply for reaccreditation.  SADoCoL immediately applied for reaccreditation of ABP analysis on blood, so that the laboratory would be allowed to at least offer this service to the Anti-Doping community in Africa.

For this purpose, inspections were performed by the South African National Accreditation System (SANAS) and by WADA, during which all aspects of blood analysis by the laboratory were thoroughly assessed and tested.  The successful outcome of these inspections resulted in the reaccreditation of SADoCoL by WADA in order to perform ABP analysis as required by the WADA International Standard for Laboratories, with effect from 4 August 2016. 

This outcome allows the laboratory to once again perform this very essential analytical procedure.  The South African Institute for Drug-Free Sport (SAIDS) and other regular users can now continue to send blood samples to SADoCoL for ABP analysis, instead of making use of alternative laboratories.

 

Released by: Lacea Loader (Director: Communication and Brand Management)
Tel: +27 51 401 3422/2707 or +27 83 645 2454
Email: news@ufs.ac.za  | loaderl@ufs.ac.za
Fax: +27 51 444 6393

We use cookies to make interactions with our websites and services easy and meaningful. To better understand how they are used, read more about the UFS cookie policy. By continuing to use this site you are giving us your consent to do this.

Accept