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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

UFS implements access control measures on our Bloemfontein Campus
2014-11-21



Photo: Hannes Pieterse

Online Application form: non personnel

Map with access gates on the Bloemfontein Campus


Accessing the Bloemfontein Campus from 3 November 2014

Access control during major events on the Bloemfontein Campus

Q&A




The University of the Free State (UFS) has been tightening security measures on its Bloemfontein Campus for quite some time now. Purposefully, we have consolidated several safety measures to keep our students, staff and visitors – the heartbeat of our university – protected.

Our most significant step in this endeavour is now in the process of implementation. All five entrance gates to the campus are being equipped with strict access control.

The first phase of the process was implemented beginning of August 2014. Gates 2 (Badenhorst Street) and 4 (Furstenburg Street) were equipped with card readers. Only persons with valid access cards can enter and leave through these gates. Existing staff and student cards are equipped to be read by the short-distance card readers at the gates in order to activate the booms.

At this stage, staff and students are swiping their cards against the card readers at Gates 2 and 4 or holding it not further than 20 mm from the reader for the boom to open. Card holders now physically stop in front of the boom in order to get access to the campus.  

The duel-frequency card:

The dual-frequency cards available at the Card Division on the Thakaneng Bridge are currently out of stock. New cards will be delivered on Friday 14 November 2014.

The special offer of R30 per access card has been extended to the end of November 2014. To qualify for this offer, staff and students may pay the R30 for a dual-frequency card at the bank or cashiers on the Thakaneng Bridge no later than 28 November.  The cost of dual-frequency cards will increase to R60 per card from 1 December 2014.

Please note that only people with vehicles need to apply for dual-frequency cards.

Students and staff will, however, still be able to gain access to the Bloemfontein Campus with their current cards (in the case of staff and students who haven’t purchased dual-frequency cards yet). As is currently the practice at the gates in Furstenburg and Badenhorst Streets, you will have to stop when you reach the boom, swipe your card past the card reader, the boom will open and you will be able to drive through.

Staff and students using their dual-frequency cards should:

-       Reduce speed
-       Hold the card in a vertical position at the driver’s side window, in the direction of the long-distance reader (see photo)

It is therefore not necessary to stop in front of the boom. On holding your card upright, in line with the card reader, the gate will open automatically and you will be able to drive through (keep your card outside your window; the card reader cannot operate through tinted windows).

Please note that this arrangement only applies to incoming lanes. On leaving the campus, the card has to be swiped. This is due to the number-plate recognition technology installed at exits for additional security.

If the long-distance reader does not work, the dual-frequency card can still be used at a tag reader. 

Applying for your new card:

Electronic fund transfers: Absa Bank: 1 570 8500 71, Ref: 1 413 07670 0198, OR pay the R30 at the UFS Cashiers, Thakaneng Bridge. Please note that the price of the cards will increase to R60 from 1 November 2014.

Take your existing personnel or student card, together with proof of payment, to the UFS Card Division, Bloemfontein Campus, Thakaneng Bridge, to have your photo taken and your new dual-frequency card issued.

Permission to access specific UFS buildings or facilities linked to your existing card, will be automatically linked to the new card.

The new card is marked ‘dual’ on the back in the right, bottom corner.

The UFS Cashiers will provide assistance between 09:00 and 14:30, and the UFS Card Division between 09:00 and 15:00.

Implementation of full access control


Full access control will be implemented on the UFS’s Bloemfontein Campus from 3 November 2014. This means that access control will be implemented at all gates on the Bloemfontein Campus.

Who is using which gate? See Q&A for more information.


Gate 3 (Wynand Mouton Drive) is earmarked for use by official card holders. These include students, staff and persons doing business on campus. Parents dropping and fetching their children for sports, as well as service providers of the UFS, such as architects, may apply for valid cards. These persons will have to provide proof that they have business on campus (complete online application form and sign declaration).

All visitors to the campus will be referred to the Visitor’s Centre at Gate 5 (DF Malherbe Drive). This include, among others, parents, family and friends of students, as well as conference delegates. It is estimated that the Visitor’s Centre will be completed at the end of November (note that the gate at DF Malherbe Drive will be operational by 3 November 2014). Visitors will sign in at the Visitor’s Centre and, depending on the business they have on campus, they will only be allowed on campus for a certain period of time.

•    Lane 1 at Gate 5 will be used by visitors and service providers to enter the campus. Only card holders will be able to use lane 2.
•    Buses and trucks can also enter the campus through Gate 5.

The construction at the Main Gate at Nelson Mandela Drive is to build one extra lane for incoming traffic. The project is estimated to be completed at the end of October 2014.

•    For outgoing traffic, lane 1 (furthest from the guardhouse) and lane 2 will only be used by card holders and lane 3 (closest to the booth) will be used by service providers.
•    For incoming traffic, lanes 2 and 3 were set aside for use by only service providers. Lanes 1 and 4 will be used by only card holders.

Pedestrians

All gates for motorists will also be equipped with a pedestrian thoroughfare on completion of the project. Persons using these pedestrian gates also need to use their cards to get access to the campus.

Pedestrians who are visitors, but aren’t in possession of a valid access card, should please go to the Visitor’s Centre at the gate in DF Malherbe Drive where they will be helped.

More information

For more information on access control at the UFS, please watch our videos and read the Q&A or e-mail your enquiries to accesscontrol@ufs.ac.za.  


Issued by:    Lacea Loader (Director: Communication and Brand Management)
Tel: +27(0)51 401 2584 | +27(0)83 645 2454
E-mail: news@ufs.ac.za


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