SPEAKER_07 21:20–23:26
I'm trying to keep this on the QT. I don't want to mention it in public because it's just gets into the wrong hands. Who knows what would happen. Good morning. Happy Monday. I have no coffee in hand and it is perfect. All right, man. Coming off a huge weekend, the intensive 20 was over the weekend, so a little bit in recovery mode today to be honest with you. It's a lot of output. Some big brains in the purple room over the weekend, had a blast. So, uh, thank you to all of those who attended. You guys were great, had a great time. Quick housekeeping item: IFAS University members, we have a call today at 1 p.m. Eastern Standard Time. If you're not at IFAS University, go to ifasuniversity.com. Get yourself signed up, please join us for that call at 1 p.m. All right, to get into today's Q&A: this is with Jake. Jake's working with some athletes with anterior orientation of the pelvis, and so we're trying to distinguish between what our expected outcomes would be for a narrow ISA individual and a wide ISA individual. Quick note in regards to what we're referring to as an orientation. Typically what we would have is relative motion between the sacrum and the ilium. In what we have within the anti-orientation, we have everything moving together as a unit. That's why we refer to this as an orientation because it's very positional, but in this case, when we have an orientation, we don't have access to relative motions. So we need to move people into spaces where they have access to those relative motions, and that's primarily what this discussion is about because we can't approach it the exact same way nor can we expect the same outcomes. So thank you Jake for asking such a great question. Try to hang in there to the end of the video. There's a little comment in regards to a little bit of phrasing that you'll hear throughout the industry jargon that you want to try to avoid at all costs. So once again, thanks Jake. Everybody have an outstanding Monday and I'll see you tomorrow.
anterior pelvic orientationsacroiliac mechanicsrelative motionstructural biaspelvic inlet shape