Whoa! Averaging 66,000 Unique Weekly Readers! 


Research at Ulster University sheds new light on Brain Disorders

2 Mins read

In a world-first, researchers at Ulster University have found how to measure the speed and direction of visual signals between parts of the brain, a major discovery that could help medical professionals globally to better understand and treat brain disorders, such as stroke and neurodegenerative diseases.

Computer science experts at Ulster University, in partnership with Trinity College Dublin, used 3D computer modelling of the brain to explore the speed and pathway that visual signals travel from the optical lobe, the part of the brain that first interprets what we see, to the frontal, parietal and temporal lobes, which process more complex cognition such as decision-making.

This University research, published in The Journal of Neuroscience, one of the leading journals in brain sciences, has the potential to identify areas of the brain that are not functioning correctly, or at all, and provide clinicians with crucial information regarding the most appropriate patient treatment.

Lead researcher, Dr KongFatt Wong-Lin from Ulster University said: “This Ulster University research lays an important foundation for better understanding of the human visual system. Due to the generality of the method, it can be used to understand other sensory or cognitive processing. It also provides us with a new, scientific method to identify areas of the brain that are dysfunctional.


“As a potential clinical application, stroke sufferers can have brain functional pathways that are effectively blocked or redirected, and thereby changing their cognitive processing. This method may be used to identify specific pathway alterations of individuals, and hence providing more precise treatments, for example, through specific rehabilitation or neurofeedback.


“Importantly, this research offers insight into the speed that visual signals travel from one part of the brain to the other. Cognitive processing such as decision-making often requires time to integrate information. Hence the method developed in this work, which identifies the timing of signals within the brain, will be crucial for a better understanding of such cognition.


“It could also potentially be used to understand how some elderly people, seemingly for no reason can lose their balance, fall and injure themselves. This may be attributed to slower or poorer integration of multiple types of information over time. Thus, identifying the signal timing and pathways will be useful for prescribing appropriate treatment for elderly groups of people.”

The University research was carried out using computer models of study participants’ brain activity, which was recorded using state-of-the-art, non-invasive brain imaging facilities at Trinity College Dublin. The Ulster University researchers hope to extend this work by investigating other cognitive processing and brain disorders using the recently acquired magnetoencephalography (MEG) system at Ulster University, the only such machine in Ireland.

Digital Editorial Team
12431 posts

About author
An article that is attributed to the Causeway Coast Community Team has either involved multiple authors, written by a contributor or the main body of content is from a press release. Got a news-related tip you’d like to see covered on Causeway Coast Community? Email us - [email protected]
Related posts

12 arrests and three vehicles seized following Joint Agency Task Force Operation

1 Mins read
Officers from the Police Service of Northern Ireland were part of a cross border Joint Agency Task Force operation that took place…

Woman 'confirms involvement' in hoax bomb alert at Armoy

1 Mins read
A WOMAN with a Stranraer address has “confirmed” involvement in a hoax bomb alert in Armoy in 2019, Coleraine Magistrates Court, sitting…
BusinessLocal NewsNews

Dodds announces new support scheme for large tourism and hospitality businesses

2 Mins read
Economy Minister Diane Dodds today unveiled details of a new £26.1m support scheme for larger hospitality and tourism businesses that have been…

Leave a Reply

Your email address will not be published. Required fields are marked *