Lisa Mcfadden, South Dakota, Pittsburgh discussed on Moving2Live
Welcome back to another edition of moving to live our ethos movement is a lifestyle notches activity. . We tried to interview professionals across the movement spectrum because we understand at the end of the day, , anybody who is involved in movement either wants their clients patients or athletes to either move more or move better whether it's to move with less pain or to move more efficiently. . Some of our best guests come from recommendations from other guests and a big. . Thank you to Andy Gillam who recommended today's guest Lisa McFadden they arresting thing with podcasting is i. . now have lineage of three people in a row starting with Brian Gary To. . To Doctrine McFadden today hopefully two or three more as far as I can trace it's not who you know is who you know who knows somebody. . So Dr McFadden thank you for taking time to talk to moving to live this afternoon. . Absolutely thank you for having me. . My favorite question I always ask on moving deliver the first one I. . Always ask is to get an elevator. . You get to talking because the elevators really slow because somebody's pressing all the buttons and they say, so , what do you do what your thirty second? ? Not In a negative way elevator spiel my name is Lisa McFadden and I. . I'll man and this one's a Turkey one I wear lots of different hats <hes>. . But yeah so. . The way I look at what I do is I really put science into practice whether it's with <hes> athletes or with patients and Meyer expertise is in bio mechanics. . So I like to used by mechanics to help people move better <hes>, , and then I also liked to inspire whether that's inspiring communities around science or whether that's inspiring. . Students through mentorship in education. . Right. Now, . , if I'm correct your in South Dakota. . Yes that's correct. . I work at Stanford Health See Falls South Dakota. . And I know we were chatting a little bit before we started recording and both of us grew up in upstate new. . York and I have to be honest I never thought I would end up in Pittsburgh. . Pennsylvania, , I never thought I would go to Grad School in Alabama and I would imagine that there's an interesting story going all the way from New York state with multiple stops all the way to South Dakota and I would imagine if you're anybody else like anybody else in the movement field is probably a few more stops along the way before you retire. . Well, , it's funny. . I almost ended up in Pittsburgh. . Along my way and I've spent some time in Alabama <hes> on a couple of different business trip. So . it sounds like we've got a similar. . Set of journeys <hes> But yes I I grew up in upstate New York in a little town called the sweet go <hes> not quite as little as where I heard you up. . But? ? Yes. . So I grew up on Lake Ontario <hes>. . My Dad was a doctor in I. . Always always wanted to be a doctor <hes> specifically pediatric Orthopedic Surgeon, , and my dad always told me no, , you do not <hes>. . He said you really WanNa be an engineer and I said, , no, , No, no , dad engineers are big nerds. . And he said you're really good at math and you you have passion for this and <hes> I. . Really suggest you become an engineer. . So I very boldly went to the University of Rochester Pre and applied math saying you're wrong dad. . But you know had a had a moment of clarity probably after my first year I did realize and did some self reflection and thought you know the type of. . Mother that I wanted to be in the type of you don't grown up that I wanted to be really do not not focus around having call and prioritizing patients, , which is absolutely something that you have to do but really being able to have a little bit of flexibility in <hes>. . In my lifestyle and so I finally listen to my father after a long time of not and. . decided that I would actually transfer into biomedical engineering <hes> where I ended up focusing on bio mechanics as my concentration with minors in mechanical engineering and applied math. . <hes> throughout my Undergrad <hes> I really really enjoyed all of that and so as I started thinking about what was next <hes> I started getting really interested in robotics and in two <hes> that feel that was emerging <hes> back. . Then <hes> decided that I really wanted to go and get a PhD in that. . So <hes> I had been at ski resorts I grew up ski racing and I was in Montana with our family on vacation and watched a bunch of <hes> ski. . Racers who had disabilities whether they were in a sit ski or whether they were missing leg skiing and I was just very inspired I looked at them versus like while they're amazing. . They're they're better skiers than I am and then you could see that as soon as they were off the hill where they were excelling the rollout of daily life challenges. . So I started getting really interested in prostates wanting to <hes> kind of help <hes> people that you needed additional help outside of. . Being Super, , rockstar athletes to help them in their daily lives <hes>, , and so robotics was sort of that pathway for me. . My senior design project ended up being a surgical robot and then I ended up getting into Carnegie Mellon <hes> at the Robotics Institute which is where I almost went to Grad School <hes>, , and then the University of Utah in my husband and I. Boyfriend at the time looked at each other and said, , we should go skiing. . So, , <hes> Kinda took that wildcard robotics institute was number one ended the US at the time but <hes> decided to go out to Utah <hes> where they had just one anger from the NSF in robotics, , and so I was in the bio engineering department and kind of hybrid into mechanical engineering. . So I really took courses and had faculty the Committee from both worlds and I was able to do there was. My . my PhD was focused on spinal cord injuries and what we were working on with functional electrical stimulation, , supporting an array of electrodes and putting them into the peripheral muscles, , and then stimulating those and my job was to figure out what the mechanics looked like. . So creating models of the limb and then creating control algorithms to figure out how we can control this limbs yet somebody to go from sitting to standing. . And to do it in a way that they didn't get tired while they were standing because the way our muscles work. . If you contract one all the way, , you might get yourself to go into a specific movement but then that muscles <noise> eventually wanting to fatigue and you can't can't sustain it. . So what does that look like as well? ?