BRAIN SCAN CAN PREDICT THERAPY RESPONSE FOR ANXIOUS KIDS

Experts say a brain scan can predict which kids with anxiety disorders will respond to one form of psychotherapy. As a consequence, Georgetown University neuroscientists say the use of psychiatric medication is not necessary for certain children.

Their study, presented at the annual meeting of the Society for Neuroscience in San Diego, utilized functional Magentic Resonance Imaging (fMRI) to map regions of brain activity. The results showed that children and adolescents, ages 8 to 16, who show fear when looking at happy faces on a screen were those who had least success with an eight-week course of cognitive-behavioral therapy.

Conversely, children who showed fear while looking at fearful faces benefitted from the treatment, the researchers found.

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Functional MRI Predicts Outcome to Talk Therapy in Children With an Anxiety Disorder

A brain scan with functional MRI (fMRI) is enough to predict which patients with pediatric anxiety disorder will respond to "talk therapy," and so may not need to use psychiatric medication, say neuroscientists from Georgetown University Medical Center.

Their study, being presented at the annual meeting of the Society for Neuroscience in San Diego, showed that children and adolescents, ages 8 to16, who show fear when looking at happy faces on a screen inside an fMRI scanner were those who had least success with an eight-week course of cognitive behavioral therapy.

Conversely, children who showed fear while looking at fearful faces benefitted from the treatment, which is also known as talk therapy, the researchers found.

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Some Kids With Spinal Cord Injury May Be Overlooked for Walking Rehabilitation

The traditional way to predict whether children can regain movement after spinal cord injuries may exclude a small subset of patients who could benefit from therapy, according to two studies presented by University of Florida researchers at the Society for Neuroscience meeting in San Diego.

In one study, researchers present details of a child with incomplete spinal cord injury who continues to improve four years after recovering walking ability in a locomotor training program at UF, even though clinical assessment tools predicted he would never walk again.

In another presentation, the scientists discussed findings in which three of six children with severe, chronic and incomplete spinal cord injuries -- patients who retain some sensation or movement below the injury -- improved through locomotor training,to the point where they could take steps.

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