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Hello and welcome to the Becker's Healthcare podcast.

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My name is Chanel Banger and I'm recording

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live at the Becker's Healthcare future of dentistry

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roundtable,

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sitting down with Rob Giordina and doctor Ellen

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Polsky. And today we're gonna discuss physio 360

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and AI in dentistry.

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But before we get into that, could I

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please have you both introduce yourselves? Doctor Polsky,

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I'll start with you.

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Yes. Hi, Ellen Polsky. I am a CEO

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of, one of the DSOs. We have about

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30 locations,

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across the country.

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And I'm by training a pediatric dentist,

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and this is basically the background.

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Thank you. And Rob? Hi. I'm Rob Giordino.

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Thanks for having us. I'm a technologist,

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about 30 years of,

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experience in in the data and software industry.

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Couple big companies like like Amazon and Oracle,

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most recently, Palantir, and now,

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4 years working on our new technology, which

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I'm excited to talk about today.

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Well, definitely. Let's get right into it then.

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Could you tell us a bit more about

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how this AI relates to dentistry?

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Right. So it's interesting to talk about which

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kind of AI we're gonna talk about first.

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So what we're talking about today is not

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so much the traditional health care AI for

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focusing on diagnosis. So we're not talking about

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examining image imagery or trying to come to

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a complicated diagnosis.

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That's an interesting problem and really valuable, but

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we all know that that's a work in

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progress.

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So, so we're, we're actually talking about the

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other AI. So what we wanna talk

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about today is the revolution inspired by Chat

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GPT and how that relates to the dental

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world.

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Amazing. I'm excited to dig into this with

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you both. Now, can you tell me the

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challenges associated with bringing this technology into the

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industry?

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Well, usually, what we experience

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in the dental field or any health care

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field,

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document to document solutions already exist, meaning we

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can put some kind of document into ChargeGDP,

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and ChargeGDP can analyze it.

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However, in health care, we do use,

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very different types of solution, business

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applications,

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operational

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type of applications.

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So the data is very complicated

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and not in a document form.

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So that presents significant challenge

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in terms of data sorting and data organization.

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Got it. And when you talk about this

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data, do you mean like EHR data, prescriptions?

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What all does this incorporate exactly?

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Yeah. So the vision there is you really

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wanna ask any kind of question. No matter

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what system part of the answer might live

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in, you wanna ask a question that covers

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things like,

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electronic health records or medical records or practice

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management system. And it might involve some of

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the staff. So you have an HR system.

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It might involve calls or accounting, and you

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really don't want to see those boundaries when

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you're asking the question, and you want an

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answer that can pull data from all of

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them. Absolutely.

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And can you walk us through how this

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AI does the work for you? Okay. So

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when you have all these disconnected systems, you're

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really asking a little bit of your questions

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out of each one. So you have to

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you have to check with your accounting system.

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You have to go into your patient management

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system. So the idea here is that if

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you pull them all together in one model

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that makes sense to the business, things that

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are obviously the way you would draw them

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on a whiteboard, for example.

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This is easy for you to combine all

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your systems into that model, particularly with today's

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AI. But it is also extremely

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understandable.

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That kind of whiteboard model is the kind

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of thing that an AI, a chat gbt

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style AI

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can answer natural questions about.

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Love to hear it. And doctor Polsky, could

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you talk about exactly what you're doing today

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with this technology?

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Today, we're trying to set an interconnected system,

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and one of the aspects that we used

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to struggle with that manual

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is absolutely terrible and horrible.

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Any type of reports that any of my

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staff members were trying to pull out manually

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was requiring a lot of labor.

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And that part, I think this particular technology

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can solve very beautifully and elegantly for us.

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So in many situations when the company tries

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to pull out the data manually,

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you end up in a scenario where you're

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acting very reactively.

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Somebody urgently needs the data. They pull all

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the resources. They try to put 5 people

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or 10 people on a task and pull

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that data manually, and then they kind of

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go and forget it. So what this solution

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does, it

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crisply

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defines that particular problem as

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I can ask any questions for my data,

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and now no manual resources are necessary

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to answer the questions all across the system.

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Got it. And that brings me to my

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next question. How do you put this all

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together, and what is your new vision with

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this?

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Okay. Sure. So that's a big question because

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we're we're changing that future. We're evolving it

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now. But I think we can go back

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to what everybody really wants about their practice.

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They really

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like, the best decision that you can make

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about a difficult issue is when you have

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the perfect spreadsheet in front of you. All

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the exact right numbers, nothing

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irrelevant, just so that you can understand a

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pattern or make a make the best possible

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decision. So that's where we're going. We wanna

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always be able to have and assemble just

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the right amount of data for us for

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for today, which requires that, as we talked

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about earlier, you have to be able to

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interconnect all your data. It can't be unavailable

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just because a little bit of the data

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is in a different system. So you also

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want that to be automated so that it's

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always working for you on a clock and

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always up to date.

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And clearly, as Ellen said, you just wanna

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be able to answer any question, any reasonable

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question. You know what's in the data. You

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just wanna be able to answer it fluidly

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as your needs change day by day. Thank

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you so much for walking us through that.

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And I'll turn it back to you, doctor

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Polsky. What value would you say this brings

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to the customer?

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Well, the biggest value it brings, my CEO

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used to

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spend about 2 hours daily trying to pull

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the reports together from various data sources to

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combine into 1 Excel spreadsheet

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and also occupying valuable resources for that particular

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task. So reduction in labor cost is absolutely

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one of the biggest valuable parts that we

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see. Secondly,

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since the data is so interconnected,

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we actually can trace the patient outcomes, which

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in medicine, we are starting to see in

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the solutions. In terms of dental, we don't.

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So

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patient outcomes

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are improving because of this type of data

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pools. And thirdly,

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we are able to react proactively

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towards the problems, not being in constant reactive

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mode, which is less stress on my employees,

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much more relaxed environment,

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and now we're planning ahead versus constantly reacting.

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So we kind of all know the best

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algorithms for running our practices,

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but we just don't have that cohesive data

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layer to deploy it. So I think let's

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kind of get together and start doing it.

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Got it. I love the interoperability of all

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this. Well, Rob and doctor Polsky, I wanna

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thank you for your time today. But before

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I let you go, is there anything else

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that listeners should know?

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I think Ellen said it really well, and

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that's the final word, is that everybody knows

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the algorithms they wanna use to optimize their

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business. The data stands in the way, and

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it shouldn't. You should get to a place

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where you have it fully connected and you

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can put your best ideas into practice.

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Love to hear it. Well, doctor Polsky and

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Rob, I wanna thank you once again for

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your time today and for sharing your insights

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on the Becker's Healthcare podcast. Thank you. It's

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great to be here. Thank you.