IU Health Reduces Hospital-Acquired Infections
Riley Children's Health achieved its best central line infection rate since 2019 by creating multidisciplinary committees with nurse-physician leadership. In a recent podcast, Dr. Mara Nitu of IU Health explained the focus has now shifted to tackling the behavioral health crisis and patient throughput challenges.
IU Health is broadening its focus to the statewide behavioral health crisis, utilizing virtual services to provide 24/7 psychiatric care access in emergency departments. This initiative aims to reduce wait times and transfers for patients in crisis, particularly in rural areas, by connecting them with a psychiatric care team via live video. The health system's 2025-2027 implementation strategy prioritizes increasing access to behavioral health services, especially in underserved areas, and integrating it with other healthcare services. Patient throughput is another significant challenge, with hospitals nationally facing bottlenecks from staffing shortages and inefficient discharge processes. Over 90% of hospital leaders identify staffing as a major pain point, and nearly 84% cite discharge process breakdowns as a primary obstacle to efficient patient flow. In response, IU Health is focusing on operational precision and improved throughput to care for more patients within its existing footprint, a strategy necessitated by both high demand and staffing limitations. For ICU nurses eyeing a transition to informatics, certifications like the American Nurses Credentialing Center (ANCC) Informatics Nursing Certification (NI-BC) are increasingly expected by employers. Eligibility for the NI-BC requires an active RN license, a bachelor's degree, at least two years of full-time nursing experience, and specific hours of continuing education and practice in informatics. Gaining experience with EHR platforms and data analysis tools is crucial for this career pivot. A deep understanding of interoperability standards like HL7 FHIR is essential for informatics roles, as these standards are foundational for modern health data exchange. FHIR enables seamless data sharing between different systems using web technologies, which supports innovations in clinical decision support and the integration of data from sources like wearable devices. This is a key area of focus for federal regulations from the ONC and CMS, which mandate the use of APIs to improve patient access to their health information and prevent information blocking. Artificial intelligence is significantly impacting ICU nursing by enabling earlier risk detection and providing decision support. AI applications are being developed to predict clinical events like sepsis and patient deterioration, as well as to automate documentation, which can help reduce the administrative burden on nurses. These AI-driven tools are designed to analyze the vast amounts of data generated in the ICU to provide real-time, evidence-based guidance. Frontline ICU nurses frequently report frustrations with health IT systems, particularly the time spent on clinical documentation within the EHR. One optimization project at UCHealth, which runs on Epic, reduced documentation time for acute care nurses by 18 minutes per 12-hour shift by redesigning flowsheets to remove irrelevant options. Understanding these end-user frustrations is critical for an informaticist to effectively bridge the gap between clinical needs and technical solutions.
