Traumatic brain injuries are some of the most devastating injuries that Atlanta auto accident lawyers see.These serious injuries can also be seen as a result of a slip and fall accident when a person sustains impact to the head.What makes these injuries even more devastating is that there is no complete cure for traumatic brain injury.All doctors can do is administer emergency treatment as quickly as possible.A new study indicates that the use of antidepressants can help increase brain cells, thereby helping treat an injury.The researchers believe that if a patient is administered antidepressant therapy right after a traumatic brain injury, in addition to all other kinds of therapies, it could help foster the survival of healthy brain cells after an injury.
The use of antidepressants in the treatment of brain injury is not exactly new.In fact, most patients who suffer from TBI are susceptible to depression, and are often prescribed antidepressants.However, a new study conducted on mice found that injured mice that were given antidepressants had up to 70% more brain cells after four weeks on the antidepressant therapy, compared to those mice with brain injuries who had not been given antidepressants.The mice had been given the antidepressant, imipramine
That’s not all.Researchers also analyzed the performance of the mice during a novel object recognition test, to determine whether the thriving of brain cells in these mice, actually contributed to better cognition skills.Researchers analyzed how much time the mice under the antidepressant therapy spent looking at new or novel objects.Researchers found that the mice that had received the antidepressant therapy spent at least 15% more time looking at the novel objects.This indicates that these mice found the objects to be new, thereby indicating better memory capacity.
Researchers believe that if the patient is administered antidepressant therapy right after a traumatic brain injury, in addition to all other kinds of therapies, it could help foster the survival of healthy brain cells after an injury.