Shana Kelley

But we are also looking at developing devices that, for example, could be implanted in the heart to be closer to the source of the problem.

so that we can get at organ level inflammation rather than kind of looking at everything going on in the body.

So I think the adaptability is there.

I'm always amazed, you know, when I talk to cardiologists, it seems like there's a lot you can do with the heart and device.

There's a lot that's been done already.

So I think that's a very interesting potential future application.

I do think so.

I mean, anything that has that kind of black box kind of feature to it, right, where we just really don't understand the drivers.

People feel better on a given day.

They don't know why.

They feel worse on another day.

If we had the biochemical data, we could probably deconvolute that.

Same thing with the autoimmune diseases that kind of have these spikes and people are trying to modify diet or lifestyle in different ways.

But it's just really hard to understand what the levers are.

having biochemical data would make a huge difference.

My pleasure.

Thank you so much, Eric.

Okay.

Bye-bye.