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15 June 2021 | Story Leonie Bolleurs | Photo Supplied
Zurika Murray says the study of Behavioural Genetics at the UFS focuses on human behaviour, specifically neurotransmitter systems, such as serotonin that may contribute to specific behavioural patterns.
Zurika Murray says the study of Behavioural Genetics at the UFS focuses on human behaviour, specifically neurotransmitter systems, such as serotonin that may contribute to specific behavioural patterns.

Hi. I am John. I have anger issues.

Just like John, there are thousands of South Africans with anger issues, often leading to violent crimes such as the more than 21 000 murder cases and 165 000 plus assault cases reported in 2020, according to a study by the South African Police Service and Statistics South Africa.

Aggression can be a great threat to society when it leads to violence. However, it can also be an absolute necessity when it leads to perseverance and a drive towards success and survival. This is according to Zurika Murray, a lecturer in the Department of Genetics at the University of the Free State (UFS), who is doing research on behavioural genetics.

 

Behavioural genetics

She explains behavioural genetics as a study of genetic variation contributing to how an organism interacts with and within its environment. “At the UFS, we focus on human behaviour, and specifically neurotransmitter systems, such as serotonin that may contribute to specific behavioural patterns.”

When one has the right amount of serotonin in your body, it is easier to have stable moods and a sense of well-being.

She says the neurotransmitter (which plays a role in, among others, emotional regulation) acts as a mediator, relaying messages and influencing response to environmental stimuli.  “This system is very adaptable, facilitating our functioning in an ever-changing emotional environment; but when dysfunctional, it can cause quite a number of abnormalities, from anxiety and depression to dysfunctional impulse control and violence. When some individuals are exposed to adverse developmental environments such as abuse and neglect, they can develop aggression and violence.”

“One of our current projects looks specifically at male juvenile delinquency and monoamine neurotransmitter systems (such as serotonin) that may contribute to specific characteristics (such as impulsivity) of delinquency.”

According to Murray, their research is also looking at the genetic variation within specific neurotransmitter genes to see if they could find similarities among individuals with similar developmental backgrounds.  “This neurotransmitter system additionally responds relatively well to physical activity as a management strategy for aggression in some individuals. We are looking at variations in this system that might explain this,” says Murray.

 

Genetic counselling

Apart from the genetic contribution, we also know that the developmental environment plays a very important role. Many people observe anger while growing up – it was thus part of their developmental environment. For them, it is appropriate behaviour in specific situations.

To understand this contribution from the developmental environment, a background in psychology is necessary.  The undergraduate degree in Behavioural Genetics at the UFS has Genetics and Psychology as majors, and this is where the link to genetic counselling comes in.

Murray explains that genetic counselling is a field in medical sciences focusing on helping patients affected by medical conditions to understand the underlying genetics.  For individuals with a family history of genetic conditions (such as specific cancers) or pregnant mothers with foetuses affected by genetic abnormalities (such as Down syndrome), the services of a genetic counsellor are invaluable.  A genetic counsellor will help these individuals understand the cause of the disorder, how it was diagnosed, what the symptoms are, what the progression will look like, if any treatment is available, and what the possible options are (if any) for alternatives.

Genetic counsellors need a strong background in both Genetics and Psychology. To become a registered genetic counsellor, a student completes a BSc degree in Biological Sciences (Behavioural Genetics at the UFS would be ideal).  Thereafter an honours degree in either Genetics or Psychology (though Genetics is preferable).  The student can then apply at either the University of the Witwatersrand or the University of Cape Town for a master’s degree in Genetic Counselling.  This entails two years of study, followed by two years of practical internship. Only after this you will be able to register with the Health Professions Council of South Africa (HPCSA) as a genetic counsellor.

Students studying Behavioural Genetics at the UFS are off to a great start. Murray’s teaching philosophy is to always strive to deliver students who are better than she is. “I can only really do this by sharing my passion for my research. I hope to inspire my students to also always be hungrily curious, to always question, and to find the joy in knowledge and learning.”

News Archive

Art2 + x [science] = 2 continents fused
2014-04-02


Left: Diamandini by Dr Mari Velonaki. Right: 'Muslim Hairdrying' by Cigdem Aydemir.

Mzanzi resistance art is set to fuse with Australian interdisciplinary art in an experimental ‘boiling pot’ – right here on our Bloemfontein Campus.


Program for Innovation in Artform Development (PIAD)

Kovsies and the Vryfees forged a highly-innovative link between South African and Australian artists by establishing the Program for Innovation in Artform Development (PIAD). Together we are embarking on a three-year collaboration to see what happens when experimental and community arts are fused.

The project includes intercultural laboratories, art and science exchange programmes, public forums as well developing and presenting experimental art.


Art(ist)s meet science(tists)

For the first time, two Australian artists will visit our Faculty of Natural and Agricultural Sciences in an exchange programme. The one is Dr Mari Velonaki, director of the Creative Robotics Lab at the University of New South Wales. The other is Dr Nigel Helyer, an honorary research fellow at the SymbioticA biotechnology lab at the University of Western Australia.

Dr Velonaki will explore new links between humans and computers that are community orientated. She will work closely with Prof PJ Blignaut and the Department of Computer Science and Informatics. In turn, Dr Helyer will investigate genetic coding and intercultural musical compositions. He will collaborate with Prof J Albertyn at the Department of Microbial, Biochemical and Food Biotechnology.

Vryfees 2014 and 2015 will also see contemporary and highly-experimental works from renowned Australian artists Cigdem Aydemir and Jess Olivieri. In addition, the festival will present OPENLab – a new national laboratory for early and midcareer artists and creative practitioners interested in making art in the public realm.

The programme is the result of a close partnership between the Vryfees and Situate Art in Festivals, managed by Salamanca Arts Centre in Australia (www.situate.org.au).

It also enjoys the support of:

  • Australia Council for the Arts;
  • NSW Artists Grant Scheme administrated by the National Association of the Visual Arts LTD;
  • Situate Art in Festivals;
  • National Lottery Distribution Trust Fund and
  • Modern Art Project SA.

For more information on Piad visit www.vryfees.co.za or https://www.facebook.com/pages/PikoPiad/1435158293383474.

 

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