OSOZ World

Page 65

i n terviews

Objectivity with no empathy: how symptom checkers can help patients? Artificial Intelligence is getting better in diagnosing. Although AI still can’t see and examine patients, it has an access to an unlimited medical knowledge and up-to-date research data. It’s learning very quickly and gaining new capabilities like emotional intelligence. An interview with Piotr Orzechowski, CEO of the startup Infermedica. Artificial intelligence in healthcare is developing very rapidly, but the technology is being adopted on the market very slowly. Why is that, and what can be done about it?

There are many reasons – although last year there were many successful commercial implementations of artificial intelligence. Examples worth mentioning include IDx-DR, the first FDA-approved

medical device exploiting AI for the diagnosis of diabetic retinopathy, and Apple Watch 4’s feature for detecting atrial fibrillation, which shows that intelligent algorithms are already becoming available to mainstream consumers. In my experience, the slow progress is due to three main factors: insufficient clinical validation of solutions, legal aspects, and distressing experiences associated with the computerization of health-

care. The first problem unfortunately affects the vast majority of AI suppliers, who have not yet provided solid evidence that the technology they’re offering is safe to use and will have specific benefits that will justify the investment. The second factor has to do with the lack of clear legal liability for errors committed by AI. As in the case of autonomous cars, who is responsible in the event of a bad decision? The doctor, the patient, the provider, or maybe the virtual AI entity, whose license to practice can be revoked? The final issue is related to the often painful experience of numerous organizations that have implemented solutions such as electronic patient documentation. In conversations with hospitals, especially in the United States, the first question is usually, “Can you integrate with our EHR system, and how complicated it will be?” Ironically, it seems that in many cases the IT infrastructure itself is a barrier to the implementation of new IT solutions, including AI. There is currently a lot of hype about AI solutions in health. In which areas of medicine are they most promising?

I think that the impact of AI will be felt first in remote monitoring of cardiac patients, in imaging diagnostics as support for radiologists, and in preliminary diagnosis of a patient’s symptoms. In the case of this last application, there are a number of solutions, called chatbots or virtual assistants, whose aim is to gather information from an interview with the patient and recommend the next step, replacing “Dr. Google”. This type of solution is already being piloted by leading insurance companies, including Allianz, Bupa or Prudential.

OSOZ World 2020

65


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Unlocking the potential of digitalization by purposeful redesign of clinical processes

4min
pages 121-122

Robots in healthcare: machines, creepy dolls, therapists or social companions

10min
pages 123-127

Culture, UX/UI, education, accessibility. Digitalization’s biggest barriers

6min
pages 119-120

Digital health 2020

8min
pages 116-118

Where are the long-awaited benefits of digitization

3min
page 115

Stay at home. Technology will take care of everything else

5min
pages 113-114

Rethinking Workforce Skills To Become Ready For Future

3min
pages 111-112

Cyber-medicine & humans. 7 new concerns about digital healthcare

11min
pages 100-103

It is not enoughto just have a good idea or a nice implementation in one place

2min
page 110

How to ensure human touch in digital healthcare driven by AI solutions

4min
pages 98-99

The risks of basing digital health strategy on industry hype and alluring prototypes

23min
pages 104-109

What the radiologist need to know about artificial intelligence

2min
pages 96-97

Strengthening digital health literacy in society

3min
pages 94-95

Telemedicine benefits during covid-19 pandemic. But is it here to stay

4min
pages 92-93

The future of healthcare. Will medicine become data science

5min
pages 90-91

Digital health needs to be embedded in the conception of the health system

6min
pages 83-84

How to build a smart hospital

7min
pages 81-82

Data For All. Not For Sale

10min
pages 78-80

Health totalitarianism

11min
pages 87-89

Becoming a self-doctor in the era of wearables

5min
pages 85-86

Components of digitalization: evidence, knowledge and technology

4min
pages 74-75

AI will help surgeons to orchestrate the work and data

3min
pages 76-77

For patients, wearables are fantastic tools to manage health and well-being

6min
pages 71-73

Digital health literacy is an essential capacity to master in everyday life

4min
pages 69-70

Digital disruption is not something post-apocalyptic

5min
pages 67-68

Objectivity with no empathy: how symptom checkers can help patients

7min
pages 65-66

Artificial Intelligence to put the care back in healthcare

11min
pages 62-64

Taming the change

7min
pages 60-61

Plastic touch

9min
pages 57-59

Our future with algorithms

4min
pages 55-56

Explore Digital Health in Asia

12min
pages 52-54

Becoming Hyperaware

6min
pages 50-51

Don’t fake it till you make it

11min
pages 47-49

The Rise of the Data-Driven Physician

4min
pages 45-46

Demystifying Algorithms

11min
pages 42-44

Facebook has launched new healthcare features

4min
pages 34-35

8 necessary steps towards digital transformation

4min
pages 40-41

Help me, robot

13min
pages 36-39

This Robot Knows How To Communicate To Support Patients With Chronic Illness

3min
page 33

Using AI To Predict Breast Cancer And Personalize Care

4min
pages 31-32

GDPR during the crisis

5min
pages 26-27

How to prepare medical workforce for digital health

7min
pages 28-30

Storing medical informationbelow the skin’s surface

5min
pages 24-25

3 learnings From Stanford

3min
pages 22-23

Precision medicine. When machines become smarter than doctors

4min
pages 18-19

Technologies that help fight the coronavirus

5min
pages 16-17

Stop disrupting healthcare

4min
pages 8-9

New study confirmsvirtual reality can becomea new painkiller

4min
pages 20-21

Technologies built in good faith

6min
pages 6-7

How does Finland use health and social data for the public benefit

5min
pages 13-15

How to verify health apps so doctors could prescribe them

8min
pages 10-12
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