releases

Behavior Analysis Clinic now treating children as young as 3 years old

The Vanderbilt Kennedy Behavior Analysis Clinic, which serves families who have a child with an intellectual or other developmental disability and who also engage in challenging behaviors, is now working with children as young as 3 years old.

Study shows pediatricians can help prevent violence

Pediatricians can help prevent future violent behaviors in their patients with a brief, one-time office intervention during a routine exam, according to a new study published in the July issue of Pediatrics.

Vanderbilt Medical Center makes this year’s U.S. News & World Report’s ‘Honor Roll’ of best hospitals

U.S. News & World Report is listing Vanderbilt Medical Center on its "Honor Roll" of hospitals – an honor reserved for a select group of institutions labeled by the magazine as the "best of the best."

Fireworks at home are a risky way to celebrate July 4

National statistics show 10 percent of firework injuries are sustained by toddlers, and injuries are most likely to occur when children have fireworks without adequate supervision.

Media Advisory: Guatemalan toddler with large neck tumor prepares for life-changing surgery

Joseline Elizabeth Vasquez Santay will undergo preliminary procedures to help doctors at the Monroe Carell Jr. Children\’s Hospital at Vanderbilt determine how to safely remove a neck tumor which is as large as the toddler\’s head.

Migraine mutations reveal clues to biological basis of disorder

Fifteen percent to 20 percent of people worldwide suffer from migraines – excruciating headaches often presaged by dramatic sensations, or "auras." By studying a rare, inherited form of migraine, researchers at Vanderbilt University Medical Center have found clues to the biological basis of the painful, debilitating disorder. In the Proceedings of the National Academy of Sciences, Alfred George Jr., M.D., and colleagues report that genetic mutations linked to this rare form of familial migraine alter the function of sodium channels – protein "tunnels" through brain cell membranes involved in the electrical conduction of nerve impulses.

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