Shana Kelley

physicists, biologists, with engineers, with folks that do AI.

It's very multidisciplinary.

And we assemble these incredible teams to work away on hard problems.

You know, like the problems that we've been talking about, sensing inflammation, watching it in real time.

profiling inflammation, understanding autoimmune disease.

That's our focus at the Biohub in Chicago.

And, you know, I run an NIH-funded lab for 20 years, and it's wonderful to have that kind of support.

But the support that we get at the Biohub allows us to move fast, fail fast too if we're going to, but, you know, really move fast towards problems that will have significant impact.

That's correct.

Yeah.

John is a wonderful colleague at Northwestern and a bioelectronics extraordinaire.

His team builds these amazing devices, a lot of flexible devices that can go on the skin.

He's done a lot of work on devices for neonatal care and just delivering the kind of monitoring capability that you would want for babies in a NICU.

So yeah, we're more on the molecular side and he's more on the physiological side.

It's all very complimentary.

But that was one of the reasons I found Northwestern to be a really attractive place to do my work because we are extraordinary in bioelectronics.

Absolutely.

So really everything we do at the Biohub, there's an AI element that is either accelerating it or driving it.

And we see sensor data, I mean, you know, a continuous stream of molecular data that

is something that will be very powerful for the development of models.