Jonathan Jarecki

And if you get like a 24 hour reduction, right?

That's huge.

This was even more.

A 30% reduction basically translated to, I believe, roughly a four-day reduction in length of stay.

That varied.

But a 30%, really huge.

And we can talk about why this may be the case.

This red and this infrared light is able to penetrate the human body.

it's able to interact with our mitochondria.

Mitochondria are, you've heard of them as the powerhouse of the cell, but there are these energy transformers.

So they transform energy and they allow us to produce what's called ATP, adenosine triphosphate, which is the energy currency of the cell.

And the red and infrared light interacts with the mitochondria and has systemic effects, beneficial mitochondrial effects.

And mitochondria are these organelles that fundamentally

give us health, right?

They give us life.

And if we have, you know, bad mitochondria, we have worst health outcomes.

So we want to keep our mitochondria healthy.

And one way that we do so is the light that we interact with.

So yeah, this, this ICU study is very fascinating, very interesting.

And you know, this is also, this isn't