A researcher has been awarded a grant to study how traumatic events affect the brain.
The US Office of Naval Research has awarded more than US$800,000 to Ashfaq Adnan, professor of mechanical engineering at The University of Texas at Arlington (UTA), so he can further his research into blast-related traumatic brain injuries.
The grant will allow Adnan to purchase a multi-material 3D printer that can print realistic models of the human head, and cameras that can capture high-speed impacts. This allows him to see what happens during traumatic brain events.
“It is very important to understand what happens to the brain before, during and after a traumatic event, whether an explosive blast in combat or rapid deceleration such as a car accident or a tackle on the football field,” Adnan said.
“With this new equipment, we will be able to test our computer simulations on realistic models and capture images of what is really occurring in the brain. These images could open many new doors in the study of traumatic brain injuries.”
Adnan’s previous research has found that revealing battlefield blasts may cause bubbles in the brain that could collapse and damage neurons.
“Dr. Adnan’s research in the area of traumatic brain injuries continues to push the boundaries of knowledge and bring us closer to understanding how best to detect and treat victims of these injuries,” said Erian Armanios, chair of the Mechanical and Aerospace Engineering Department at UTA.
“The addition of this equipment sets UTA apart and will benefit all of our students and faculty.”
