How to fix Kyphosis and improve posture?
in Health ·
Nicole Ross said:Either you're pulling my leg, you're intentionally misspelling things, or you're just completely out of the loop.
Treatment protocols shift pretty drastically when you realize that solving a problem can actually end up being more expensive—not just in terms of pricey medications and high-end diagnostic tests, but in hours of labor, longer recovery times, and, if you’re lucky, a whole host of side effects that basically trade one issue for three new ones. It's a strange way to run things, isn't it?
So, honestly, the harsh reality couldn't be any different from the one you've laid out here.
You can really feel that differentiation effect—it’s pretty easy to pick up on while you're actually going through the motions, but it hits even harder after a session of active therapy. Especially if you're staying consistent with your routine and hitting those exercises designed to dial up your proprioception. It makes a world of difference, doesn't it?
It’s actually quite measurable if you give someone something fun to play around with—it's incredibly easy. Just yesterday, I was working with a swimmer who managed to extend his latissimus dorsi, which effectively increased his reach by about 3 inches in just five minutes. I only measured it because that's exactly what he asked for.
Competition between medications is one thing, but proving they work better than a placebo is quite another.
By definition, a drug is something that performs better than a placebo.
So, the harsh reality couldn't be any different from the picture you've painted.
The reality is that the segment of alternative medicine which isn't more effective than a placebo represents one of the most serious frauds of our time and remains one of the most lucrative illegal businesses in the world.
The differentiation effect is easily felt during the course of treatment, and especially after active therapy, particularly if they regularly perform exercises that enhance proprioception.
Of course they feel it, but feeling it isn't proof.
Proof is established this way: You take 100 people who need such therapy, selected via random sampling. These people believe they are seeing a specialist. Half go to you, half come to me. They are certain they are visiting a therapist for differentiation. You know exactly what you are doing, whereas I have no idea; I just perform some random movements, massages, and nonsense.
In the end, we compare the results. If even after my "treatment" a certain number of people feel or believe there has been an improvement, it is merely a sign that those people were recovering without any actual therapy, because I am not a therapist.
If you have, say, 15 people improving and I have 10, then your therapy is ineffective, because my "therapy" doesn't actually exist, yet the results are similar.
Only if, for example, 10 people recover with me while 30 to 40 recover with you, do you have the right to claim your therapy has a genuine effect.
That is the first test. If you pass it, then you are a true therapist, rather than someone just playing the part.
In the second test, instead of competing with me, you compete with a physical therapist. I know you think it counts as proof if a physical therapist fails to help someone but you succeed. But individual cases and anecdotes are not evidence. Evidence must be statistically significant.
It is measurable if someone finds it easy to play around with it (yesterday, a swimmer extended her latissimus and increased her reach by 8 centimeters in 5 minutes; she measured it because that was her goal).
And will that stay with her for the rest of her life?
I am not saying your effect isn't measurable or real. How would I possibly know whether it is or isn't?
I am simply telling you how things are proven beyond any shadow of a doubt.