Traumatic brain injury complications common among U.S. combat soldiers
American Heart Association Meeting Report - Abstract 53 - Embargoed until 7 a.m. HT/Noon ET Wednesday, Feb. 6, 2013
February 06, 2013
This news release is featured in a news conference at 7 a.m. HT, Wednesday, Feb. 6. This release contains updated information from the abstract.
Study Highlights:
- U.S. soldiers in combat often suffer constricted blood vessels and high pressure in the brain, which are significant complications of traumatic brain injuries.
- A transcranial Doppler is a non-invasive, inexpensive and portable way to assess these complications.
“Research shows that traumatic brain injury is a hallmark of recent military conflicts, affecting nearly a third of all wounded soldiers,” said Alexander Razumovsky, Ph.D., lead researcher and director of Sentient NeuroCare Services in Hunt Valley, Md.
Constricted blood vessels in the brain are cerebral vasospasm. Abnormally high pressure in the brain is intracranial hypertension.
A transcranial Doppler ultrasound is a non-invasive, inexpensive and portable way to assess these complications.
To better understand how common these complications are among soldiers, Razumovsky and colleagues analyzed data of 122 traumatic brain injury patients who had transcranial Doppler testing. Among them, 88 had penetrating head injuries and 34 had closed head injuries.
Researchers found:
- In anterior circulation vessels: 66 percent of patients in the penetrating head injury and 13 percent in the closed head injury groups had transcranial Doppler signs of posttraumatic vasospasm.
- In posterior circulation vessels: 64 percent of patients in the penetrating head injury and 14 percent in the closed head injury groups had transcranial Doppler signs of posttraumatic vasospasm.
- More than 40 percent of all the traumatic brain injury patients had high intracranial pressure.
Co-authors are Teodore Tigno, M.D.; Randy Bell, M.D.; Meryl V. Severson, M.D.; Sven M. Hochheimer, M.D., Ph.D.; Scott A. Marshall, M.D.; Stephen M. Oppenheimer, M.D.; Robert Ecker, M.D.; Rocco A. Armonda, M.D; Efim Kouperberg, M.D., Ph.D.; and James Aden, Ph.D. Author disclosures are on the abstract.
The U.S. Army Medical Research and Material Command’s Telemedicine and Advanced Technology Research Center funded the study.
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Note: Actual presentation is 1:06 p.m. HT/6:06 p.m. ET, Wednesday, Feb. 6, 2013. All available downloadable video/audio interviews, B-roll, animation and images related to this news release are on the right column of this link. Video clips with researchers/authors of studies will be added to the release links after embargo.
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