Researchers are making new strides in understanding the health consequences and treatment and rehabilitation needs of combat veterans and other service members affected by traumatic brain injury (TBI). The January-February issue of The Journal of Head Trauma Rehabilitation, official journal of the Brain Injury Association of America, is a special issue devoted to new research in military TBI. The journal is published by Lippincott Williams & Wilkins, a part of Wolters Kluwer Health.
"For the second consecutive year, we've expedited publication of new papers related to diagnosis, management, and rehabilitation of the many thousands of military personnel affected by TBI," comments John D. Corrigan, PhD, ABPP, Editor-in-Chief of JHTR. Contributed by leading U.S. experts in brain injury and rehabilitation, the eight papers in the special issue address a wide range of aspects of military TBI—from combat to peacetime, and from active duty to many years after trauma.
Important Updates on Brain Injury in Military Personnel
There's a pressing need for new research on military TBI—a problem with lasting consequences on the lives of thousands of Iraq and Afghanistan war veterans. It has been estimated that 19 percent of military personnel will sustain a TBI during combat deployment. Although most of these injuries are mild, some of those service members who incur a mild TBI will go on to develop a "post-concussive" syndrome, consisting of chronic cognitive, behavioral, and psychological problems.
Several papers in the special issue address associations of mild TBI with post-concussive symptoms and other co-occurring problems, including posttraumatic stress disorder (PTSD), depression, suicidal thoughts and behavior, and pain. Dr Corrigan comments, "The interplay of TBI, post-concussive symptoms, PTSD, depression, suicidality, pain, and substance abuse is the most challenging problem facing the Department of Defense and VA when treating service members with TBI."
Highlighted topics include:
•Research by Dr Jeffrey J. Bazarian of the University of Rochester, linking PTSD to structural brain damage seen on diffusion tensor imaging—even in service members with no reported history of mild TBI. Blast-related trauma may have subclinical effects—not experienced at the time of injury, or not recalled—that are associated with PTSD. "Some of the effects of blast exposure may be below the threshold of symptom experience, including a predisposition to PTSD," Dr Corrigan comments. "If so, this would offer additional support for the policy of event-based screening for 24-hour removal from combat in Afghanistan, recently introduced by the Army and Marine Corps."