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14 June 2024 | Story Anthony Mthembu | Photo Suplied
Jeremiah Hlahla
Jeremiah Hlahla, a UFS student completing his PhD in Botany at the University of Debrecen as part of an exchange initiative funded by the Erasmus+ Mobility Programme.

As part of an exchange initiative facilitated by the Erasmus+ Mobility Programme, Jeremiah Hlahla, a student at the University of the Free State (UFS), is nearing the completion of his PhD studies at the University of Debrecen in Hungary. Hlahla’s  journey, which began in February 2024 and is set to conclude in July 2024, has been a remarkable learning opportunity. “As a first time-traveller to Europe, I have thoroughly enjoyed engaging with people from different countries and cultures,” he said.

The benefits of international collaboration

Hlahla is currently pursuing a PhD in Botany, focusing on plant stress physiology. “My current PhD project investigates the physiological, biochemical and morphological responses of vegetable-type soybean, or edamame, to combined drought and heat stress,’’ he explained. He considers the University of Debrecen the ideal institution to complete his research due to its extensive expertise and resources in similar projects. He noted that his colleagues at Debrecen conduct significant work on plant protection against biotic and abiotic stresses, including salt and drought stress, as well as proteins and amino acids in barley and other legumes.

Given the vast knowledge available on similar projects, Hlahla has found substantial engagement with his work at the University of Debrecen. “Upon arrival, I delivered an introductory lecture presenting my UFS project on the synergistic effects of combined drought and heat stress on the physiology and biochemistry of edamame. It was an engaging session as everyone could relate to my work and asked many questions,’’ he said.

Insights gained from the exchange

Hlahla has also gained valuable lessons that will assist him in his research career, including biotechnology and physiology tools. “I learned how to prepare samples and use high-performance liquid chromatography (HPLC) and reversed-phase ultra-high-performance liquid chromatography (UHPLC) to quantify proteins and amino acids,’’ he said. These techniques are beneficial not only for his current work but will also support future soybean research.   

As his experience at the University of Debrecen nears its end, Hlahla reflects on the collaborations and friendships he has formed, which stand out as a significant highlight.

News Archive

Dr Chantel Swart the ‘Expert on Stage’
2013-06-04

 

Presents Extraordinary Findings at International Nanomedicine Conference.
Photo: Sonia Small
04 June 2013

Dr Chantel Swart, an alumnus of the Prestige Scholars Programme (PSP) from the Department of Microbial, Biochemical and Food Biotechnology, is an invited “Expert on Stage” at the 4th International Nanomedicine Conference to be held in Sydney, Australia from 1 – 3 July 2013.

She is to share the podium with world authorities in nanomedicine.

Dr Swart’s presentation, “A New Nanotechnology for Nanomedicine”, will convey findings that made international headlines. She is part of the nanotechnology group of Prof Lodewyk Kock that discovered gas bubbles inside cells when using Auger-architectomics, a nanotechnology they developed in 2010. This nanotechnology is used to track nanomedicine inside cancer cells in collaboration with the Mayo Clinic in the US.

The Kock Nanotechnology Group includes scholars from the departments of Microbial, Biochemical and Food Biotechnology, Physics, Chemistry, the Centre for Microscopy (all from the UFS) and South African Breweries. Their breakthrough is also showcased on the cover of all issues of 2013 FEMS Yeast Research, a leading journal in yeast research. BiotecVisions and Global Medical Discovery (GMD) both selected this work for worldwide promotion at the end of 2012.

Dr Swart’s future research will use this newly-developed nanotechnology to visualize and hence explore the exposed nano-world. This will include work on the architecture of cells and effects of various drugs on cell metabolism.

A virtual tour is available at: http://vimeo.com/user6296337/videos.

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