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03 May 2021 | Story Leonie Bolleurs | Photo Sonia Small
Prof Robert Bragg recently participated in a live panel discussion with leaders from the food and beverage sector, debating the challenges facing the industry and sharing their lessons and solutions.

Prof Robert Bragg from the Department of Microbiology and Biochemistry at the University of the Free State formed part of a live panel discussion with leaders from the food and beverage sector, debating the challenges facing the industry and sharing their lessons and solutions.

The discussion, part of a week-long virtual event (19-23 April), was attended by more than 1 300 attendees representing 500 food manufacturers, retailers, ingredient companies, and laboratories from 83 countries.

The magazine, New Food, coordinated the initiative that focused on food integrity. Speaking with Prof Bragg at the session that centred around animal welfare, zoonotic disease, and antibiotics, were Catherine McLaughlin, Chair, Responsible Use of Medicines in Agriculture (RUMA); Vicky Bond, UK Managing Director, The Humane League; and Daniela Battaglia, Livestock Development Officer, Food and Agriculture Organization of the United Nations (FAO).

The rise of antibiotic resistance

James Russell, President of the British Veterinary Association (BVA), was the moderator of the discussion that also touched on the issues surrounding animal welfare; how animal welfare can impact meat quality; avoiding future zoonotic disease; the rise of antibiotic resistance; ethical considerations to be mindful of; and the use of pesticides and safety considerations.

Prof Bragg specifically talked about antibiotic resistance. “Mankind has major problems with antibiotics,” he said. 

He asked if animal agriculture can be sustained without the use of antibiotics and stated that it was necessary to look at alternatives. Possible solutions he suggested include improved vaccines, bacteriophages, and phage enzymes. He, however, believes that biosecurity will be the most effective alternative. 

Living in a post-antibiotic area

Disinfectants are one of the biosecurity measures taken to minimise the risk of infectious diseases. “But it is important to be aware of the fact that as resistance to antibiotics increases the resistance to disinfectants also increases,” said Prof Bragg. 

He continued: “An increase in the use of disinfectants increases the resistance to disinfectants. This is also evident in humans, especially now during the COVID-19 pandemic. Much of these disinfectants are also of poor quality,” he said. 

According to Prof Bragg, we are living in a post-antibiotic era. “Although food standards are higher in developed countries such as in Europe – where people can pay more for poultry that were fed diets with reduced antibiotics, it is important to keep in mind that people cannot pay the same for poultry in developing countries. These countries often import poultry from countries where the food standards are not that high and where birds were treated to diets containing more antibiotics. A large supplier of poultry in Africa is small-scale farmers, who also feed their birds food containing higher levels of antibiotics.” 

“We need to look at the antibiotic problem as a global problem; a concern that will be with us for a while,” said Prof Bragg.

One solution provided by the group was for mankind to reduce its meat intake and moving to a more plant-based diet. This will have a significant effect on animal welfare as well as reducing the demand for antibiotics.

News Archive

School of Medicine boasts with a new unit
2013-02-22

 

New Clinical Skills Simulation unit is one of its kind.
Photo: Supplied
22 February 2013


The Faculty of Health Sciences at the University of the Free State (UFS) can now boasts with a new Medical Clinical Skills Simulation unit (MCSU) at the School of Medicine.

This newly established Clinical Simulation Unit is the first dedicated clinical simulation unit of its kind in South Africa. It was opened on Thursday 21 February 2013.

This facility is equipped with an operating theatre, Intensive Care Unit, two simulation and three private rooms.

In addition, the Unit has control rooms with cameras for recording purposes and debriefing facilities, the latter with video equipment for playback of recorded scenarios.

The Simulation Unit at the UFS’ School of Medicine is based on accredited units in the USA and the UK.

Dr Mathys Labuschagne, Head of the Simulation Unit, says the concept for this kind of unit is still new, but is already a very important part of clinical skills training in the health professions.

“We are the only university in South Africa with a unit dedicated to clinical skills simulation only and not a combination of clinical skills training which includes some simulation.”

The primary goal of the MCSU is to provide educational opportunities to undergraduate and postgraduate medical students, as well as opportunities for other healthcare students in the Faculty of Health Sciences, to be exposed to inter-professional skills training. The MCSU will play a role in quality assurance of training and assessment, as well as research.

The aim of the Clinical Simulation Unit is to provide a facility where medical and other healthcare students or professionals can be exposed to:

  • Training in a safe environment.
  • Training without harm to the patient.
  • Scenario-based learning.
  • Debriefing.

The facility will also be utilised for post-qualification refresher and training courses.

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