How do users’ perceptions of AI influence adoption into value-based radiology departments?

Internship research by Taylor Arient

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Artificial intelligence (AI) developments in healthcare present time-saving benefits for physicians, by increasing productivity and improving efficiency for specific tasks. For hospitals looking to adopt AI solutions, buying decisions increasingly rely on considerations of their concrete added value to the health system. AI algorithms have proven that they can automate some of the tedious tasks in clinical practice. But do radiologists feel that adopting AI is really worth the investment?

This question is essential within value-based healthcare systems. The concepts of value-based healthcare have first been described by Prof. Porter in his famous article in the New England Journal of Medicine. In this delivery model, healthcare providers and hospitals are compensated based on patient outcomes. Hospitals and healthcare systems are also expected to follow value-based purchasing regarding any new technical innovation purchases. In doing so, research shows that hospitals evaluate clinical outcomes, person and community engagement, safety, efficiency and cost reduction.

When it comes to AI adoption in radiology, how do these evaluations occur, and what role do the perceptions of AI ultimately play in deciding to implement specific solutions? As part of her master’s study at the VU University (Vrije Universiteit) Amsterdam, Taylor Arient focused on this topic during a six-month research internship at Aidence.

Posing a research question

The study aimed to contribute to the development of a value proposition for AI solutions by evaluating stakeholders’ perceptions of the adoption of AI in radiology. The contextual background was value-based healthcare systems.

The overarching question guiding the research was:

“How do radiologists’ and implementation leaders’ perceptions on AI influence the adoption of AI into radiology departments within value-based health systems?”

The concepts in brief

To understand the process of adopting new technology or innovation, Taylor built on the diffusion of information (DOI) theory. DOI identifies five stages in the innovation-decision process: 1) knowledge, 2) persuasion, 3) decision, 4) implementation, and 5) confirmation. The focus of this research was placed on the persuasion stage. This is where most stakeholders in radiology are currently at. They already know the types of AI solutions available and of the opportunities to use AI in radiology. However, they have not yet decided to fully adopt or reject the innovation.

The DOI theory states that potential adopters’ perceptions of an innovation’s characteristics are more important than the objectively measured parts of the innovation. Taylor, therefore, looked at five perceived characteristics of innovation:

  1. Relative advantage: the perceived advantage of using an innovation versus having none in place, or the perceived advantage of the considered innovation over another, if applicable;
  2. Compatibility: the perceived ease of integration into existing workflow, software, and health systems;
  3. Complexity: the perceived ease of use, operationalized to the time needed to learn how to use the solution;
  4. Trialability: the perceived ability to test the solution in practice before adopting;
  5. Observability: the degree to which the user or adopter of the innovation observes its benefits.

Getting the insights

Taylor interviewed 12 healthcare professionals from eight hospitals in the Netherlands, Sweden, Denmark, and the UK. The participant pool was made up of six cardiothoracic radiologists, a PACS manager, a clinical physicist, a medical technology engineer, two members of the strategy and legal department, and an AI implementation specialist. All of the participants have either used AI or been involved in the implementation process.

The innovation discussed was Veye Lung Nodules, our lung nodule management solution.

Three key findings

The results of the research study brought Taylor to reflect on these main findings:

1. It all depends on the reason for using AI

The way that a hospital was using AI in radiology influenced how participants viewed the adoption process. The participants who used AI as part of a lung cancer screening programme viewed improved reporting time and accuracy as more important. Users of AI in routine clinical practice spoke more about adopting an AI solution that could integrate seamlessly with their workflow first and foremost. The use case also influenced the adoption of AI. Participants in a lung cancer screening programme vocalised a greater need for AI.

2. Workflow integration is essential

Compatibility with a hospital’s workflow and current policies is one of the main factors that influence adoption. The radiologists interviewed are willing to use new technology. At the same time, they are not willing to change their current behaviour or workflow to use new technology. Many participants stated that they would like to avoid any disruptions in their workflow. These add time to their already busy days. This finding is consistent with the importance Aidence assigns to workflow integration.

3. Expectations of AI uses and capabilities are high

Interviewees felt that a proper understanding of AI capabilities is very important. For some radiologists, taking the time to gain knowledge of what the AI solution can detect and its accuracy had a negative influence on their perception of AI adoption. Others, however, say they can get back this time once they are using the solution.

Additionally, using Veye Lung Nodules to assess just one area in the body was perceived as limiting by some participants. Indeed, AI models are not currently capable of generalising their results to all findings in one scan.

What users are saying about Veye Lung Nodules

In this last section, Taylor gathered some of the quotes about Veye Lung Nodules obtained during her research. They act as a reminder of how a good AI solution can make a difference for healthcare practitioners:

“It is so user friendly, it doesn’t complicate things, so to analyze what it’s worked out with all the nodules it doesn’t increase my time and the fact that it’s incorporated with the PACS and there’s no separate screen to go to. With Veye it really does save time because it’s a pain having to go through the computer and pull something else up.” (Radiologist, UK)

“I just use the measurements supplied to me by Veye Lung Nodules which saves me a lot of time and I feel is more accurate and more consistent.” (Radiologist, the Netherlands)

Benefits to patients are quality based. It just makes sure the minimum quality delivered for the reporting of nodules is up to standards.” (Radiologist, the Netherlands)

“I think it will help us to do our job better and maybe focus more on other stuff like talking with our clinicians and ultrasound.“ (Radiologist, Denmark)

“It became apparent that it’s actually really good and reassuring as a radiologist to have a second pair of eyes.” (Radiologist, UK)

“It’s the first AI solution that we’ve implemented so it has given me and colleagues confidence that it adds to our workflow and adds to the way we work. And it has given the hospital a view on a different way to work with a software vendor that is easy to contact, helps us out and there is pleasant communication.” (Radiologist, the Netherlands)




About Catalina

Catalina Barzescu is Content Manager at AidenceAfter graduating from the Erasmus University Rotterdam with a master’s degree in media and journalism, she made her way to MedTech via e-learning, travel, and humanitarian aid. Her interests are storytelling and data science with a purpose. The articles she signs reflect the work and ideas of the various teams at Aidence – medical, tech, regulatory, and business.

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