Games and Apps are Changing Our Brains
Researchers from several European universities have used virtual reality gaming to check brain network activity in children with clinically diagnosed ADHD. This modern approach provides a deeper understanding of what is happening within the brain.
How it really works
The study used functional magnetic resonance imaging (fMRI) to scan the brains of youngsters as they played a virtual reality game projected onto a mirror. This allowed researchers to see how the brain activity differed between children with ADHD and people without.
What they found
The results showed clear differences in brain network activation for youths with ADHD, particularly within the deep structures of the brain and their connection to cortical areas. When the youngsters were doing more passive activities like watching a video or just resting, there have been no detectable differences between the groups.
Implications
The study highlights the worth of using virtual reality gaming as a approach to collect neuroimaging data. It also suggests that psychological testing for ADHD should happen in situations where the person is actively engaging in tasks that will trigger symptoms.
The Future of Brain Research
The researchers hope that this study will spark more extensive research into the causes of ADHD and the event of non-pharmacological treatments. They also imagine that this method could help us understand the sharp rise in ADHD diagnoses and find recent ways to treat it.
The Impact of Games and Apps on our Brains
The study’s findings also raise questions on the impact of games and apps on our brains. The researchers suggest that our brains are consistently adapting to their environment, and that this might be shaped by our use of social media and other digital tools.
Conclusion
The study’s findings suggest that virtual reality gaming is usually a invaluable tool for understanding brain activity in children with ADHD. It also highlights the potential for games and apps to shape our brains in recent and unexpected ways. As we move forward, it’s essential to proceed exploring the impact of technology on our brains and the way it might be used to enhance our understanding of neurological disorders.
