Video games can be pretty helpful, and sometimes in pretty unexpected ways.
Specialists at the University of Queensland have made a fascinating discovery by using an algorithm from a video game to further study the behavior of molecules in brain cells.
Let's find out more!
Dr. Tristan Wallis and Professor Frederic Meunier came up with the idea during the recent pandemic lockdown.
They were inspired by combat video games that use a fast algorithm to track the trajectory of virtual bullets accurately.
The researchers realized that a similar algorithm could be applied to analyze lots of molecules moving within brain cells.
Using this innovative approach, they were able to observe how these tiny molecules cluster within the brain cells and perform specific functions.
Until now, technology could only detect and analyze molecules in space, but not their behavior in space and time.
The newly developed algorithm provides rich data about brain cell activity, revealing valuable insights into critical brain functions and potential disruptions during aging and disease.
The impact of this approach is exponential, as several labs are now using the technology to further study brain cell activity.
This innovative and cross-disciplinary thinking has opened up new frontiers in understanding brain function and neurological disorders, showing the power of creativity in solving scientific challenges.
The research holds great promise for advancing our knowledge of the brain and its complexities.