HEALTHTECH: How does clinical informatics improve patient and provider experiences?
BEENE: First, I want to highlight that at Trinity Health, we call our team health informatics. In my professional experience, clinical informatics limits the impact of the profession to only clinical activities, whereas health informatics is comprehensive and denotes more of a continuum. That means our team here supports health informatics for the continuum of care and all interactions that occur within that environment, from outpatient offices to acute care settings to long-term care such as skilled nursing facilities.
HEALTHTECH: That’s an interesting distinction. With that in mind, how does health informatics support the continuum of care?
BEENE: Through health IT tools that support those environments of care. For example, you have a patient in your medical group, and you have tools in that environment that clinicians and front-end colleagues can use to help facilitate care workflows. Health informaticists are those professionals who assist clinicians and front-end colleagues with using the tools.
We collaborate with colleagues intentionally to design workflows. Both entities collaborate to make that work. It cannot just be the informaticians who help to develop a workflow that’s going to make your processes more efficient. You must be a partner in helping them design that workflow. That’s one of the major ways to encourage adoption of health IT.
DISCOVER: Clinical workflow optimization creates better patient outcomes.
HEALTHTECH: What are some of the main challenges healthcare informaticists face today?
BEENE: Overall, I would say, rapidly evolving innovation. In healthcare, there’s a push and pull. There are all these things that we could engage in, so we’re mindful of some of those pitfalls and some of that misalignment.
When you think about a rapidly changing environment, our workforce has to remain on that cutting edge, but it’s difficult. For example, with AI, in communicating the real promise of artificial intelligence, you can say it’s great, but it doesn't replace the politics and marketing of what AI says it is or could do within an organization. We try to balance an eagerness to dive into all the latest AI tools, while taking a thoughtful approach to examining which ones align with our strategies, goals and who we are as a health system.
As an informatician, you have to have the latest knowledge to explain the contextual realities of how AI is really going to work. Sometimes, that conversation gets challenging when there is a buzz around the “next best thing.” However, as an informaticist, our role in that moment is to be an adviser and a consultant. We have to be able explain the realities of what it is and what it’s not. You don’t want to miscommunicate the capabilities of any health IT, including AI, to where clinicians have unrealistic expectations. You want to be sure they have a clear understanding of all aspects of a tool.
But there are opportunities with AI in healthcare as well, and we are on the precipice of understanding what that means for patient outcomes. Can we get algorithms that will support the identification of populations? We can. Can we provide operational efficiencies with HR AI? Of course. We want to explore how AI can mitigate the administrative burden of documentation, for example, but we have to make sure that we understand — especially on the clinical side — that there’s a patient on the other end of that process. We have to ensure they’re safe and that quality care is being delivered.
It’s important to approach vendors thoughtfully. They bring a lot of marketing data and information to the conversation, and if you’re not well versed in those research areas, you may not be aware that the data is being skewed to support a certain narrative. It’s a complicated space for the health informatician. As a leader, I try to stay engaged so I can be that adviser and consultant, not only for the stakeholders who come to me but also for my team to ensure that they have the wraparound services and guardrails needed for AI use cases.
