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22 July 2019 | Story Ruan Bruwer | Photo Allan McKenzie
Karla Pretorius
Karla Pretorius (left) receiving the trophy as the Player of the Tournament at the Netball World Cup.

Karla Pretorius downplayed all the praise and rather credited her team after she received the biggest accolade in world netball.

The former netball player of the University of the Free State was named Player of the Tournament after the conclusion of the Netball World Cup on Sunday 21 July 2019, making her officially the world’s best netballer.

“I feel very honoured and grateful to have been named the best player. You are only as good as those you surround yourself with. So, a massive thanks to the team who did so well,” she said about the Proteas who had their best showing at the tournament in 24 years. They finished fourth. 

“This good run was obviously what inspired me to play as well as I did, and I am grateful to have been given this very special award,” Pretorius said. 

‘Carried herself with huge distinction’

She represented and later captained the Kovsies between 2009 and 2015. During that time, she scooped one award after the other. In 2014 and 2015, she was the Varsity Player of the Year.

Pretorius was twice named as the Player of the Match during the World Cup, and her 20 intercepts were the joint third most.

She completed her master’s in Dietetics at the UFS last year (2018) and is now playing professional netball in Australia.

According to the organisers, the Player of the Tournament celebrates “the outstanding performance of one particular player who, more than anyone else, exemplified her country’s desire to put themselves back among the elite of world netball”. 
“The fact that South Africa reached the final four for the first time since 1995, is in no small way thanks to her impeccable reading of the game, timing, and composure. She has carried herself both on and off court with huge distinction, and has rightly claimed this honour,” they said.

News Archive

Collaboration between UFS and Mayo Clinic to revolutionise cancer treatment
2014-06-27



Attending the lecture were, from the left: Dr Chantel Swart, Prof Lodewyk Kock, Prof Debabrata Mukhopadhyay, Prof James du Preez; back: Prof Pieter van Wyk.
Dr Swart, Profs Kock and Du Preez are from the Department of Microbial, Biochemical and Food Biotechnology. Prof Mukhopadhyay is from the Mayo Clinic (US) and Prof Van Wyk is from the Centre for Microscopy at the UFS.
Photo: Supplied
The UFS made a discovery that may have enormous implications for the treatment of diseases in humans.

Since the discovery, the UFS joined forces with the Mayo Clinic in Rochester, US, in the fight against cancer.

In this collective effort, UFS researchers would be able to assist the Mayo team to:
• see how treatment in cancer patients is progressing,
• target treatments more effectively,
• reduce dosages in order to make treatment gentler on the patient,
• track the effectiveness of the chemotherapy drugs used, and
• gain an accurate view of how the cancer is being eliminated.

Prof Lodewyk Kock, Outstanding Professor at the Department of Microbial, Biochemical and Food Biotechnology, and his team incidentally created a technique to use argon gas particles for the first time on biological material to slice open cells to look inside.

The team that supported Prof Kock includes Dr Chantel Swart, Khumisho Dithebe (PhD student), Prof Hendrik Swart (Department of Physics) and Prof Pieter van Wyk (Centre for Microscopy).

Prof Debabrata Mukhopadhyay from the Mayo Clinic in Rochester, US, got to hear about this breakthrough at the UFS and a collaboration between the two institutions was established.

During a visit to the Bloemfontein Campus, Prof Mukhopadhyay explained novel techniques that make use of gold nanoparticles. These particles attach to chemotherapeutic drugs to selectively target cancer cells – dramatically decreasing the side effects to normal human cells.

For these new drugs (coupled to gold nanoparticles) to be accepted into clinical practice, visual and chemical proof is needed, though. This is where the technique developed by the UFS will play a vital role.

With the technique to look inside cells, the composition, location and metabolism of these drugs can be determined. This will aid in a proof of concept for the application of the nano-drugs. Furthermore, it will enable approval for use of these drugs in clinical trials and eventually could revolutionise cancer treatment as a whole.

For video lectures on the technique used, as well as its findings, follow these links:

1. http://vimeo.com/63643628 (Comic version for school kids)

2. http://vimeo.com/61521401 (Detailed version for fellow scientists)

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