New evidence raises concerns about indoor target shooting – could it be causing brain injuries? New York Times article https://t.co/VNX7sOWvyz #PantherTBI
This was not C.T.E., the report said. It was a characteristic pattern of damage that has been found before in military veterans who were repeatedly exposed to weapons blasts during their service.
Low-level blasts from heavy weapons can cause traumatic brain injury − 2 engineers explain the physics of invisible cell death https://t.co/42iTV9dSBO via @ConversationUS
PANTHER program is pioneering a physics-based approach to TBI for quantitatively and deterministically linking the physics of a head insult to the resulting biological injury response
@UWMechEngr@USNavyResearch
https://t.co/XOAoV74FXN
Researchers led by Prof. Haneesh Kesari have a new type of tech with @USNavyResearch to aid in development of safe robotic ambulances. The Accelo-hat and suit that tracks human movements and monitors internal body forces was selected to be demoed @WhiteHouse Nov. 7.📸Ian Cochrane
New foam material developed by @Thevamaran & @UWMechEngr team is 30x better at absorbing shear strain than the foam currently used in US military combat helmet liners.
@UWMadEngr@PantherTBI@WARF_News#TBI
https://t.co/flwC2wgVe5
It looks like NYTimes @David_Philipps reporting is unlocking resources for veterans with blast-TBI. How effective is the treatment they'll be offered? We need to prevent injury and protect warfighter brains
the concussive force from each grenade explosion largely dissipated by the time it reached the pits, but not the sound wave ... The soldiers in the pits were being hit by sound waves measuring up to 160 decibels more intense than the sound energy of a jet engine.
New paper from @Thevamaran research group: Mitigating Oblique Impacts by Unraveling of Buckled Carbon Nanotubes in Helmet Liners
https://t.co/q2ler0L2dR
The U.S.-based @PantherTBI program is pioneering a physics-based approach to TBI for quantitatively and deterministically linking the physics of a head insult to the resulting #biological injury response. Christian Franck and Alice Lux Fawzi discuss
https://t.co/cvXAp3XXpM