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05 September 2019 | Story Ruan Bruwer
Louzanne  and her guide, Estean Badenhorst.
Louzanne Coetzee ran a new national record time in the 1 500 m in Paris. Pictured with her is her guide, Estean Badenhorst.

The blind UFS athlete Louzanne Coetzee has broken yet another national record.

The South African 1 500 m record in the T11 classification (totally blind) will have the same name next to it, but a new time – as the previous record also belonged to Coetzee.

She clocked a personal best time of 4:51:65 at the Paris Para Athletics Grand Prix meeting over the weekend. The previous record was set at the World Para Championships in London in July 2017. Coetzee is also the world record holder in the 5 000 m and the African record holder in the 800 m.

Her time in Paris is good enough to take her to a second Paralympic Games. The qualification standards for the games in Tokyo is 06:20.00.

Estean Badenhorst – as her guide – accompanied her. “I have run with him before but couldn’t make use of his services last year due to his study commitments. It is a great privilege to run with him. Estean is a fantastic strategic guide. I hope we can join forces again in the future,” Coetzee said. 

Emphasis now on 1 500 m 

The 800 m and 5 000 m are not on the Paralympic programme; this shifted her focus to the 1 500 m, in which she will participate at the World Para Athletics Championships in Dubai in early November.

“This is now my main focus in the run-up to the Paralympics next year,” says Louzanne. 

She has already qualified for the Paralympics in the marathon, but this will play second fiddle to the track, said the 26-year-old, who is doing her master’s in Social Cohesion and Reconciliation Studies this year.

According to Rufus Botha, a respected athletic coach who previously coached Coetzee, her time in Paris was excellent. “This predicts a great World Champs where Louzanne seems ready for her first medal at a World Championship,” he said.

News Archive

To tan or not to tan: a burning issue
2009-12-08

 Prof. Werner Sinclair

“Some evidence exists which implies that sunscreens could indeed be responsible for the dramatic rise in the incidence of melanoma over the past three decades, the period during which the use of sunscreens became very popular,” says Prof. Werner Sinclair, Head of the Department of Dermatology at the University of the Free State. His inaugural lecture was on the topic Sunscreens – Curse or Blessing?

Prof. Sinclair says the use of sunscreen preparations is widely advocated as a measure to prevent acute sunburn, chronic sun damage and resultant premature skin aging as well as skin malignancies, including malignant melanoma. There is inconclusive evidence to prove that these preparations do indeed achieve all of these claims. The question is whether these preparations are doing more harm than good?

He says the incidence of skin cancer is rising dramatically and these tumours are induced mostly by the ultra-violet rays.

Of the UV light that reaches the earth 90-95% belongs to the UVA fraction. UVC is normally filtered out by the ozone layer. UVB leads to sunburn while UVA leads to pigmentation (tanning). Because frequent sunburn was often associated with skin cancer, UVB was assumed, naively, to be the culprit, he says.

Exposure to sunlight induces a sense of well-being, increases the libido, reduces appetite and induces the synthesis of large amounts of vitamin D, an essential nutritional factor. The use of sunscreen creams reduces vitamin D levels and low levels of vitamin D have been associated with breast and colon cancer. Prof. Sinclair says the 17% increase in breast cancer from 1981 to 1991 parallels the vigorous use of sunscreens over the same period.

Among the risk factors for the development of tumours are a family history, tendency to freckle, more than three episodes of severe sunburn during childhood, and the use of artificial UV light tanning booths. He says it remains a question whether to tan or not. It was earlier believed that the main carcinogenic rays were UVB and that UVA merely induced a tan. The increase in UVA exposure could have severe consequences.

Prof. Sinclair says the UV light used in artificial tanning booths consists mainly of pure UVA which are highly dangerous rays. It has been estimated that six per cent of all melanoma deaths in the UK can be directly attributed to the use of artificial tanning lights. The use of an artificial tanning booth will double the melanoma risk of a person. “UVA is solely responsible for solar skin aging and it is ironical that tanning addicts, who want to look beautiful, are inflicting accelerated ageing in the process,” he says.

On the use of sunscreens he says it can prevent painful sunburn, but UVA-induced damage continues unnoticed. UVB blockers decrease vitamin D synthesis, which is a particular problem in the elderly. It also prevents the sunburn warning and therefore increases the UVA dosage that an individual receives. It creates a false sense of security which is the biggest problem associated with sunscreens.

Evidence obtained from the state of Queensland in Australia, where the heaviest and longest use of sunscreens occurred, boasted the highest incidence of melanoma in the world. A huge study in Norway has shown a 350% increase in melanoma for men and 440% for women. This paralleled the increase in the use of UVB blocking sunscreens while there was no change in the ozone layer. It did however, occur during that time when tanning became fashionable in Norway and there was an increase especially in artificial tanning.

Prof. Sinclair says: “We believe that sunscreen use does not directly lead to melanoma, but UVA exposure does. The Melanoma Epidemic is a reality. Sunscreen preparations are not the magical answer in the fight against melanoma and the irresponsible use of these preparations can worsen the problem.”

Media Release
Issued by: Mangaliso Radebe
Assistant Director: Media Liaison
Tel: 051 401 2828
Cell: 078 460 3320
E-mail: radebemt.stg@ufs.ac.za
7 December 2009

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