Yeah, yeah, of course.

You see it. Sort of.

Yes.

Right. It stops there. And then connective tissue behavior is at its maximum.

Okay, that's cool.

Wonderful. Yeah, so I had a question about the subtalar joint. I'd like to figure out how you can restore motion there. Because I'm asking for a friend, but if someone was to not have an ECL and that person was trying to not end up with always a very flat foot representation, given what we would expect out of the archetype, which is narrow, that person would need to vary upon points of Taylor's joint, given what they have up top at Denny, and given that I also ask a few questions about Bunions recently, right? So for the same friend.

75.

Around 50, 45, 50. Awesome, okay.

What is the second compressive strategy?

Hello, right?

Well, she'll be able to self-treat because she's a PT by trade. So she's a physio by trade. So she can sort that one out herself.

This is why your extremity measures are going to be really helpful because they will show that she's just further forward. She's already pulling herself down towards the ground to stay inside of her base of support. So she's the compressed spring that can't release. The other person has a gradient, so they can compress and release more. You see it? So if gravity is already pushing down, who's going to have the lesser degree of descent? You see how you have to use your measures, take the archetype, see the bias, and say, 'Okay, this is what I think is going to happen.' And then you confirm your suspicions with your measures.

Ilium.

And quick follow up, because I'm glad Manuel asked that question, because I'm OCD in every sense of the question. I couldn't get those two movements, the seated and the prone hamstrings out of my mind when I was thinking about it. And a lot of it is just not when I'm trying to make that correction where I am using the hip and let's say the foot to be my point. How not to create any interference when I'm doing those movements because obviously you're going to be programming hamstring work.

One's Tibial Femoral. So the early one, which is the one that helped her, is the Tibial Femoral IR.

Well, like this is like what? I don't know. How many years old 10?

Thank you.

Okay, yeah, I understand. So that is something that always confused me because I cannot connect the two parts, the muscle and connective tissue together.

Yeah.

So number one, they potentially have the ability to create the muscle orientation, but it takes them too much time to do it. So the band's going to alter time. It's going to improve your rate producing capabilities. When you have to manipulate the load, they may not be able to produce the muscle orientation.

Then it's good. OK, then you're going to get a re-ER. A re-ER. OK.

So, and then so we're talking right about the knee, right? Yeah. Yeah.

So the meniscus tear—she didn't even really know. When she came to me, her left knee was a little bit swollen. So I thought, 'I have no clue.' In my head, I was like, 'Okay, if you're jamming that left side into the ground, conceivably maybe that's just irritating.' So I thought, let's just see what happens. It wasn't really getting better, so she went to the doctor. The MRI showed a meniscus tear there, but she doesn't know how it happened.

Okay. What if I can't do that?

And sensory wise, you're just numbing them. It's just like,

Yeah.

Yeah.

Because that would just be like how much IR you have available to step over. But really, when someone's pushed to the right, they probably don't have enough IR on the left to step over, right? And that's why you would, all right, all right.

Not at all.

Because this is just your neck not wanting to create space.