IDIOPATHIC SCOLIOSIS

This study tested a new standing device (SkolioMaster) that uses biofeedback to help children and teens with scoliosis improve their spinal curve. 32 participants aged 8-16 with mild to moderate curves did rehab sessions twice a week for six months. The goal was to see if the dev…

This study compared two exercise programs—SEAS and BSPTS—in 30 teens with mild scoliosis (curve under 30 degrees). The goal was to see which approach better stops the curve from getting worse and improves posture and quality of life. Neither program is a cure, but both aim to con…

This study tested two methods to control pain after back surgery for scoliosis (curved spine). Forty adults received either a nerve block (MTP) or morphine injected near the spine. Researchers measured pain levels, heart rate, and blood pressure to see which approach worked bette…

This study looked at whether X-rays of the hip bone can help doctors measure how much growing a teenager with scoliosis has left. Researchers examined 70 patients with idiopathic scoliosis to see if the stages of hip bone fusion match other growth signs. The goal is to create a s…

This study looked at whether teenagers with idiopathic scoliosis (a curved spine) have different pelvic floor muscle activity compared to healthy teens. Researchers measured muscle activation using a special device and also asked about quality of life. The goal was to better unde…