 Hello, I'm Araita Kashkai, a PhD student in health sciences and master's student in engineering. My research is to understand how children with hypermobile ilustrainal syndrome or HEDS for short move. HEDS is the inherited connective tissue disorder and it happens with deficits in connective tissue and by connective tissue I mean bones, muscles, tendons, ligaments, all over the body, you name it. And these changes actually change the way they move. It's an interesting back story of how this research all began. And a compassionate therapist approached us with the challenge that she had with her patients. And we at UWM Mobility Lab teamed up a genetic center at Union's Hospital to solve this challenge. And here's the challenge. There is no validated genetic test to diagnose this disease and there's no accurate solid plan for treatment for physicians, occupational therapists or physical therapists. And this challenge is critical for children, especially as immature. Our goal was to analyze body movements in 3D with professional cameras and calculate angles, forces, it's happening in their joints as they walk. So far we could see that children with HEDS showed more effort and energy demand as they walk compared to healthy children. And this could be the cause that they get tired so fast even by walking 2-3 blocks. This research is one of the few research on HEDS. And the big picture of this research is actually to use artificial intelligence to connect genetic test results with the data that we capture at Mobility Lab to help clinicians to understand this syndrome and help their patients.