capture that so that we can then work with our students and help them understand how to provide a better chiropractic adjustment. Then I will show you a video here in just a second. What else is really exciting is we are able to put these sensors on the body so that we also not only do we get the force going into the chiropractic cable, we are able to get the force going into the patients themselves. We are working on some protocols for that. We have a glove where we've actually fitted with the sensor so we are able to get the amount of force coming from the doctor into the patient and then when we attach those myomotion sensors now we are able to do the ergonomics of their adjustment. How many times have the patients especially when they are early on trying to learn how to adjust, how many times have they blown their shoulder out? Or how many times have doctors in the field ended up having to take time off from their practice because they injured their back? If we understand the ergonomics of proper force delivery then we are able to share it not only with our students, but doctors in the field so we can deliver the best adjustment possible and from an ideal ergonomics perspective so that there is not injury and there is a greater benefit. Then after I show you some information on that then I will show you some of our really fine neuroscience where we are able to show the changes in the brain that result from the chiropractic adjustment. Sounds good? I'm just going to go ahead. Some of these we've talked about already. I'm just going to go ahead and scroll through. This is our team. Some of our wonderful folks. We work with a lot of students too. Some of our students actually presented a study on back patch or ACC rack and then Mike Winners, one of our students presented the adjusting [inaudible 00:17:35] where he actually used the myomotion sensors. This is our research link website. You can just get it at website . this is doctor Russel. It's fine. You can log in and that's also when you are a research link member and there is no charge for it. Then you can actually get your benchmarking information. Some of our early studies are on there too. This right here is our gait information. We are able to get a lot of information about what the reaction, the ground reaction forces look like. This is actually a video of what it looks like. What's amazing are the changes that we actually see with chiropractic. We've presented a couple of these and now we've also got some in publication. It's not just about the forces hitting the ground. What's amazing and really goes back to that neurologic aspect of where chiropractic influences the patient, is we are able to change the consistency from step to step. It's a lot of fun. Some of our biomechanics equipment. We've always talked about ... We've always seen somebody's gait. You are now documenting when that actually takes place? It sounds great.
Dr. Hoffman:
Dr. Sullivan:
Dr. Hoffman:
Dr. Sullivan:
Yes. Absolutely. That's amazing by the way.
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