Suchi Saria, founder and CEO of Bayesian Health, and a professor at Johns Hopkins, discusses using AI to detect hospital patients at risk of complications. Challenges of integrating AI in healthcare, building trust in real-time information, and potential impact on healthcare market. Building an AI model for sepsis detection and the importance of detailed data. Potential impact of software in detecting sepsis and bed sores. Exploring AI applications and user experience. The need for AI to solve people problems.
Using AI can help detect potentially deadly complications in hospital patients, improving treatment timing and patient outcomes.
Building trust with clinicians and integrating AI into existing healthcare practices are crucial for successful adoption and implementation of AI systems in hospitals.
Deep dives
Using AI to Detect Hospital Patient Complications
Suchi Saria, founder and CEO of Bayesian Health and professor at Johns Hopkins, discusses the challenge of using artificial intelligence (AI) to detect when hospital patients are at risk of potentially deadly complications. The process involves collecting detailed patient data, understanding the clinical processes involved, and building and refining AI models. Saria's company has focused on detecting sepsis, a life-threatening condition, as well as other conditions like pressure ulcers. Studies have shown that the AI system can detect complications earlier, improve treatment timing, and lead to better patient outcomes. The challenge lies in building trust with clinicians and integrating the AI system into existing healthcare practices.
Overcoming Hurdles in AI Adoption
Saria encountered several hurdles in getting her AI system adopted in hospitals. These included obtaining approvals from electronic health record providers, ensuring the system works reliably across different settings and hospitals, and addressing concerns about adding a new alert system to an already busy healthcare environment. Saria emphasizes the importance of building trust with clinicians and designing a user-friendly experience that fits seamlessly within existing healthcare workflows. Despite these challenges, her company has achieved high physician adoption rates and is working towards FDA approval and scaling nationally.
Expanding the Application of AI in Healthcare
In the next five years, Saria envisions her AI system being implemented in the majority of hospitals in the United States. The focus will be on detecting various conditions beyond sepsis, such as pressure ulcers, and demonstrating not only clinical benefits but also financial benefits for healthcare systems. Saria believes that AI in healthcare has the potential to improve patient outcomes, reduce mortality rates, and generate significant cost savings. By addressing the complexities and trust gaps in healthcare, AI can revolutionize the delivery and optimization of care.
The Intersection of AI and Human Factors
Saria highlights the importance of considering human factors when developing and implementing AI in healthcare. This involves understanding the challenges and constraints faced by clinicians, optimizing user experience, and ensuring transparency and explainability in AI systems. Saria believes that AI researchers need to prioritize building trust with healthcare professionals and designing systems that align with their needs and existing practices. By doing so, AI can be effectively integrated into healthcare workflows and bring about meaningful improvements in patient care.
Every year in the U.S., tens of thousands of hospital patients die of preventable causes. For many of these patients, warning signs are subtle and easy for doctors to miss. Suchi Saria is the founder and CEO of Bayesian Health, and a professor at Johns Hopkins where she runs a lab focused on machine learning and healthcare. Suchi’s problem is this: How can you use AI to detect when hospital patients are at risk of potentially deadly complications – and how can you get doctors to listen?