Latest News Archive

Please select Category, Year, and then Month to display items
Categories
UFS News Media Release Research
Years
2017 2018 2019 2020 2021 2022 2023 2024
Months
January February March April May June July August September October November December
Previous Archive
22 July 2020 | Story Nonsindiso Qwabe | Photo Supplied
Tau Tladi.

In times of great difficulty, a tale of hope goes a long way in encouraging one to persevere. Tau Tladi, a second-year LLB extended-programme student who was diagnosed with ataxia – a degenerative disease of the nervous system – at a young age, has conquered many adversities. He is living his life to the fullest, pursuing his dream of becoming a lawyer one day. Because of a brain injury during birth, Tladi struggles to speak, write, or walk. On campus, he makes use of a scribe and reader to write his tests and exams. 

Learning from others key to success

“Living with ataxia means I have improper speech, I struggle to walk properly, my hands can’t grab things properly, and I can’t even write with them.   Seeing other people living with disabilities and still pursuing their dreams has inspired me a lot; it made me realise that I too have the ability to achieve my dreams,” he said. 
While this disability presented him with many hindrances in life, it has never held him back. “Growing up was challenging because I was not able to develop like other children. As I got older, I could not experience some of the things that other kids could do, such as playing and running around,” he said.

Triumph in the face of adversity
 
Despite all the challenges, Tau completed his matric in 2016 and was even named as one of the top 100 achievers in the Free State. He describes his admission to the LLB programme as a dream come true. “I have always wanted to study an LLB degree. It is the best feeling ever to be at university and studying something that I always wanted to do. I would love to become an attorney.”

Tladi hopes to finish his degree in 2021. He is also an avid sportsman, having participated in the Free State paracycling team and winning first place at the national competition. 

“Living with disability has never been easy for me, so I have learned to be grateful and use every opportunity that I come across and work very hard to fulfil my dreams.”

Hanlie Grobler, Senior Officer in the Faculty of Law, described Tladi as a remarkable young man who always wears a smile on his face. “If you are feeling a bit blue today, cheated by COVID-19, that life is unfair to you – remember this young man who is an excellent example of determination, and do what you have to do, to the best of your ability, and be thankful for what you have.”

News Archive

UFS student makes breakthrough in the application of nanorobots
2005-04-21

A student from the University of the Free State (UFS) has made a ground-breaking discovery in the field of microbiology by uncovering a series of new compounds that may in future be used to lubricate man-made nanorobots.

Mr Olihile Sebolai, a full-time student at the UFS’s Department of Microbial- Biochemical and Food Biotechnology, made this discovery while working on his M Sc-study on yeast.

With this discovery Mr Sebolai will also be awarded six prestigious prizes during this week’s autumn graduation ceremony at the UFS.  This university has recognised this exceptional achievement as a build-up to the celebration of national Science and Technology week next month.     

Mr Sebolai’s dissertation on the yeast genus Saccharomycopsis Schionning has been published in an accredited international journal of repute. 

“Words cannot describe how excited I am. I never expected to receive such recognition for my studies.  I am humbled by all of this,” said Mr Sebolai.

The Lipid Biotechnology Group at the UFS recently discovered that some yeasts produce their own water-propelled capsules in which they are transported.  These capsules have different shapes and resemble among others miniature flying saucers, hats with razor sharp brims etc.  “In order to function properly, parts of the capsules are oiled with prehistoric lubricants – lubricants that are produced by yeasts and that probably existed for many millions of years as yeasts developed,” said Mr Sebolai.  

According to Mr Sebolai these capsules are so small that approximately 300 can be fitted into the full-stop at the end of a sentence and are therefore invisible to the naked eye.

“With my studies I discovered many new compounds that resemble these prehistoric lubricants.  These lubricants may in future be used to lubricate man-made nanorobots and are similar in size compared to yeast capsules,” said Mr Sebolai.  The nanorobots are used to perform tasks in places that are invisible to the naked eye and could one day be used, among others, to clean up human arteries.

Mr Sebolai has been interested in the subject of Micro technology since he was at RT Mokgopa High School in Thaba ‘Nchu.  “I was specifically interested in the many possible applications the subject has – in the industry, as well as in medicine,” said Mr Sebolai. 

His next goal is to successfully complete his Ph D-degree.

The prizes that will be awarded to Mr Sebolai this week include:

Best Magister student at the UFS (Senate medal and prize);

Best Magister student in the Faculty of Natural and Agricultural Science and Dean’s medal at the same faculty;

The Andries Brink – Sasol-prize for the best M Sc dissertation in Microbiology;

The JP van der Walt prize for best M Sc dissertation in yeast science;

The Chris Small prize for an outstanding Master’s dissertation; and

Honorary colours awarded by the UFS Student Representative Council

Media release

Issued by:                     Lacea Loader

                                    Media Representative

                                    Tel:  (051) 401-2584

                                    Cell:  083 645 2454

                                    E-mail:  loaderl.stg@mail.uovs.ac.za

20 April 2005

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