Cognitive training exercises could significantly reduce depression, regulate emotions and improve brain health, after a traumatic brain injury (TBI), according to a new research from the Center for Brain Health at The University of Texas at Dallas.
The recent study, published in Human Brain Mapping, revealed significant reductions in the severity of depressive symptoms, increased ability to regulate emotions, increases in cortical thickness and recovery from abnormal neural network connectivity after cognitive training.
Head Injury
Head injury or traumatic brain injury is a leading cause of disability among children and young adults that leads to varying degrees of physical and mental stability. Fortunately, it is also one of the preventable brain disorder.
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‘Traumatic brain injury (TBI) patients can significantly reduce symptoms of depression with cognitive training exercises.’
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"To our knowledge, this is the first study to report brain change associated with reduced depression symptoms after cognitive training," said Dr. Kihwan Han, a research scientist at the Center for BrainHealth who works in the lab of Dr. Daniel Krawczyk. Han is the lead author of the study.
"Overall, these findings suggest that cognitive training can reduce depressive symptoms in patients with traumatic brain injury even when the training does not directly target psychiatric symptoms," he said.
![Potential for More Precise Traumatic Brain Injury Treatment Revealed]( "Potential for More Precise Traumatic Brain Injury Treatment Revealed")
Patients who've suffered from traumatic brain injuries (TBIs) have changes in tiny blood vessels in their brains that are linked to a range of cognitive symptoms, found study.
A past study involving the same protocol showed cognitive gains as well as similar changes in cortical thickness and neural network connectivity.
This study included 79 individuals with chronic TBI who all were at least six months post-injury.
These individuals were randomly assigned into one of two groups: strategy-based training, which used the Strategic Memory Advanced Reasoning Training (SMART) program developed at the center; and information-based training, which used the Brain Health Workshop program. Researchers used the Beck Depressive Inventory to classify 53 of the participants as depressed.
The participants' depressive-symptom severity, psychological functioning scores and data from magnetic resonance imaging brain scans were collected before training, after training and three months post-training. Scans were used to study changes in brain structure and neural network connectivity.
Both training programs consisted of 12 one-and-a half-hour sessions over eight weeks that included quizzes, homework assignments, and projects conducted in small group settings that involved social interactions.
All participants in the depressed group showed significantly reduced depressive symptoms that were associated with improvements in cognitive and daily life functioning. According to Han, the social engagements, cognitive stimulation from new learning opportunities and hope of improvement afforded by both programs may help explain the reductions in depressive symptoms.
Based on the observed brain change patterns, Han suggested that improved emotion regulation also may be related to the reduced depressive symptoms. Over time, the reductions in depression symptom severity correlated with increased cortical thickness within the prefrontal cortex -- an area of the brain responsible for executive functions needed for emotional control -- and reductions in abnormally elevated neural connectivity within this region.
"Identifying what changes are happening in the brain when interventions successfully reduce depressive symptoms could allow us to create more effective, pharmaceutical-free approaches to help alleviate depression in people who experience chronic traumatic brain injury symptoms," said study author Dr. Sandra Bond Chapman, founder and chief director of the Center for BrainHealth, and Dee Wyly Distinguished University Professor.
Source: Eurekalert
Potential for More Precise Traumatic Brain Injury Treatment Revealed
Patients who've suffered from traumatic brain injuries (TBIs) have changes in tiny blood vessels in their brains that are linked to a range of cognitive symptoms, found study.
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A past study involving the same protocol showed cognitive gains as well as similar changes in cortical thickness and neural network connectivity.
This study included 79 individuals with chronic TBI who all were at least six months post-injury.
These individuals were randomly assigned into one of two groups: strategy-based training, which used the Strategic Memory Advanced Reasoning Training (SMART) program developed at the center; and information-based training, which used the Brain Health Workshop program. Researchers used the Beck Depressive Inventory to classify 53 of the participants as depressed.
The participants' depressive-symptom severity, psychological functioning scores and data from magnetic resonance imaging brain scans were collected before training, after training and three months post-training. Scans were used to study changes in brain structure and neural network connectivity.
Both training programs consisted of 12 one-and-a half-hour sessions over eight weeks that included quizzes, homework assignments, and projects conducted in small group settings that involved social interactions.
All participants in the depressed group showed significantly reduced depressive symptoms that were associated with improvements in cognitive and daily life functioning. According to Han, the social engagements, cognitive stimulation from new learning opportunities and hope of improvement afforded by both programs may help explain the reductions in depressive symptoms.
Based on the observed brain change patterns, Han suggested that improved emotion regulation also may be related to the reduced depressive symptoms. Over time, the reductions in depression symptom severity correlated with increased cortical thickness within the prefrontal cortex -- an area of the brain responsible for executive functions needed for emotional control -- and reductions in abnormally elevated neural connectivity within this region.
"Identifying what changes are happening in the brain when interventions successfully reduce depressive symptoms could allow us to create more effective, pharmaceutical-free approaches to help alleviate depression in people who experience chronic traumatic brain injury symptoms," said study author Dr. Sandra Bond Chapman, founder and chief director of the Center for BrainHealth, and Dee Wyly Distinguished University Professor.
Source: Eurekalert
Managing Traumatic Brain Injury in the Growing Geriatric Population
Study reviews the medical literature on traumatic brain injury sustained by adults 50 years of age or older.
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 New Treatment for Mild Traumatic Brain InjuryTranscranial electrical stimulation to the brain aids in treating mild traumatic brain injury (TBI). TBI leads to chronic, long-term cognitive and behavioral impairment. | Advertisement
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