Highlights:
- The project investigates whether cooling, just using air in temperature about 0C, the body before taking a thermal image can increase the sensitivity of thermal imaging in detection of early changes in the spine that is corelated with scoliosis in children and adolescents.
- The non-invasive system uses cooling and imaging methods that prevent access to the paraspinal networks – even before the curvature appears.
- The project aims to develop a simple, fast and safe screening test that allows for detecting scoliosis risk and prevention in children of developmental age.
Project description:
Scoliosis is a spine condition that often starts in childhood. Early detection is key to avoiding serious problems, but traditional methods may miss early signs. This project uses thermal imaging and preliminary cold stress body testing in order to detect thermal back asymmetry which indirectly show the abnormal muscle activity along the spine. Such muscle behavior is usually first symptom of later spine curvature. Such non-invasive technique can reveal hidden asymmetries, helping identify at-risk children. It’s a safe, painless, and radiation-free method for early screening and prevention.
