Advanced MRI In Acute Military TBI
|ClinicalTrials.gov Identifier: NCT01313130|
Recruitment Status : Unknown
Verified December 2014 by David Brody, MD, PhD, Washington University School of Medicine.
Recruitment status was: Enrolling by invitation
First Posted : March 11, 2011
Last Update Posted : December 10, 2014
Traumatic brain injury can cause permanent problems with thinking, memory, control of emotions, organization and planning. Thousands of soldiers, marines, and other military personnel have had injuries to the brain due the wars in Iraq and Afghanistan. Very large numbers of civilians, up to perhaps 1.5 million people per year, in the United States also have traumatic brain injuries caused by car accidents, falls, sports-related injuries or assault.
We don't know very much about traumatic brain injuries right now, but there are some important new advances in technology that may help us learn a lot more about these injuries. One such advance involves new types of MRI scans that we think will be able to show what has happened to the brain after trauma more clearly that regular scans can. The first new scan is called diffusion tensor imaging, which shows injury to the axons (the wiring of the brain). The second new scan is called resting-state functional MRI correlation analysis, which shows how well various parts of the brain are connected to each other. Importantly, the new types of scans can be done using regular scanners that we already have in every major hospital. The innovation is entirely in how the scanners are used and how the resulting pictures are analyzed on a computer after they have been taken. We have already tested these scans on some military and civilian patients with brain injury and found them to be very helpful so far. Our overall goal is to see whether these new MRI scans will be useful for active duty military personnel who have had recent traumatic brain injuries. The most important goal will be to see if the amount of injury shown on the scans be used to predict how well the patients will do overall over the next 6-12 months. A related goal will be to see whether injuries to specific parts of the brain seen by these new scans can be used to predict whether patients will be likely to have specific problems like memory loss, attention deficit, depression, or post-traumatic stress disorder. We would also like to see whether the scans could be even more useful when combined with information about genetic factors (inherited from the parents) that can be tested in the blood. Another important goal is to compare the effects of traumatic brain injuries caused by blasts or explosions with injuries from other causes, to find out what is unique about blast injury. A final goal will be to repeat the scans 6-12 months later to see whether the new MRI scans can show whether the injuries to the brain have healed, gotten worse, or stayed the same. These new scans could help with decisions about whether military personnel can return to duty, what sort of rehabilitation and treatment would benefit them most, and what family members should watch for and expect.
|Condition or disease|
|Traumatic Brain Injury|
|Study Type :||Observational|
|Estimated Enrollment :||400 participants|
|Observational Model:||Case Control|
|Official Title:||ADVANCED MRI IN ACUTE MILITARY TBI|
|Study Start Date :||October 2010|
|Primary Completion Date :||December 2013|
|Estimated Study Completion Date :||August 2016|
100 active duty US military personnel identified clinically as having suffered blast-related TBI
100 active duty US military personnel identified clinically as having suffered non-blast-related TBI. TBI caused by other mechanisms such as motor vehicle crashes, falls, struck by blunt objects etc.
other blast-related injuries
100 active duty US military personnel with blast-exposure and other blast-related injuries but no clinical evidence of TBI
other non-blast injuries
100 active duty US military personnel with other non-blast injuries and no clinical evidence of TBI
- Cognitive dysfunction [ Time Frame: 6-12 months after injury ]Assessed by neuropsychological testing
- Post-traumatic stress disorder [ Time Frame: 6-12 months after injury ]Assessed using structured clinical interviews
- Depression [ Time Frame: 6-12 months after injury ]Assessed using structured clinical interviews
- Neurological deficits [ Time Frame: 6-12 months after injury ]Assessed using structured neurological examinations
Biospecimen Retention: Samples With DNA
Please refer to this study by its ClinicalTrials.gov identifier (NCT number): NCT01313130
|United States, Missouri|
|St Louis, Missouri, United States, 63110|
|Landstuhl Regional Medical Center|