ADOLESCENT IDIOPATHIC SCOLIOSIS (AIS)

This study looked at whether adding arm and leg strength exercises to standard scoliosis exercises helps teens with mild scoliosis. Twenty-four adolescents aged 12-18 with a spinal curve between 10 and 25 degrees took part. Researchers measured muscle thickness, flexibility, and …

This study looked at whether adding dynamic neuromuscular stabilization breathing exercises to standard Schroth exercises helps teenagers with mild to moderate scoliosis. 26 teens aged 10-18 with spinal curves between 10 and 50 degrees participated. Researchers measured changes i…

This study looked at whether combining two types of exercise training can help teenagers with mild scoliosis (a curved spine). 189 teens aged 13-18 took part. They were split into three groups: one did one type of exercise, another did a different type, and the third did both. Th…

This study tested whether a virtual reality (VR) exercise program could help teens recover better after spinal fusion surgery for scoliosis. For 6 weeks, one group used VR games for daily exercise, while another received standard physical therapy. Researchers measured improvement…

This study looked at 78 teens with adolescent idiopathic scoliosis to see if the size of their spinal curve (Cobb angle) affects how much pain they feel and how they see their body. Researchers divided participants into three groups based on curve severity and measured pain and b…

This study created a detailed database (registry) of scoliosis patients who used braces. The goal was to collect information on different brace types, treatment plans, and outcomes to help doctors develop better, evidence-based guidelines. 280 people with various types of scolios…

This study looked at 30 teenage girls with scoliosis to see if a mobile app could measure spine curves as accurately as standard X-rays. Each participant had one posture check with the app and one spinal X-ray. The goal is to find a safer, radiation-free way to monitor scoliosis …