News | Artificial Intelligence | October 08, 2018

CHI Franciscan Launches Washington State's First AI-Powered Hospital Mission Control Center

Advanced analytics software platform will enhance patient safety, speed delivery of care and support quality outcomes

CHI Franciscan Launches Washington State's First AI-Powered Hospital Mission Control Center

October 8, 2018 — CHI Franciscan Health and GE Healthcare have joined forces to implement a NASA-style "Mission Control" command center to effectively and efficiently synchronize all elements of a patient's hospital experience. The artificial intelligence (AI)-powered system will support caregivers to enhance patient safety, orchestrate seamless care delivery and, ultimately, get patients back home sooner.

CHI Franciscan will be the first hospital system in the state of Washington – and the fifth globally – to utilize this technology to improve patient care.

"We're leading the way in Washington with our state-of-the-art Mission Control Center, which will allow CHI Franciscan to provide a much higher level of sophistication and efficiency in our hospitals," said Ketul J. Patel, CEO, CHI Franciscan Health. "We will be able to simultaneously monitor every single patient in our system and utilize real-time data to tailor their experience to provide the highest quality care."

The Mission Control Center will use AI and predictive analytics to optimize care coordination, speed care delivery and improve the patient experience, while maintaining patient privacy. The system works by looking at each individual hospital as part of a larger system, continually examining real-time data and using machine learning to recommend actions that can predict and prevent risk, balance staff workload and streamline the discharge process so patients can get home sooner.

From the Mission Control Center, licensed providers will monitor and leverage analytic apps, or "tiles," to optimize patient care operations at each facility, and trigger actions to best leverage resources across the system. Each tile is carefully crafted to solve a specific issue, taking into account the highly nuanced real-world challenges of caregivers and patients. For example, one tile will help streamline the discharge process by monitoring all patients scheduled for discharge and identifying and addressing "pinch points" that can cause significant and preventable delays. The key is that the real-time data in the tiles is predictive and actionable.

"Often, patients scheduled for discharge just need one more test, such as a CT [computed tomography] scan, for the doctor to review," said Jessica Kennedy-Schlicher, MD, medical director for care transformation at CHI Franciscan. "The people scheduling the CTs are running through a list of patients, often as first-come first-served. Mission Control will be able to prioritize the list and flag patients to move up on the list. By optimizing the process, we can speed care delivery and get patients home sooner."

"The purpose of any new technology in health care is to enable providers to deliver better care, bringing doctors and nurses closer to their patients," Patel said. "Mission Control's powerful predictive analytics identify potential issues and allow our care teams to proactively solve problems and improve care rather than react when issues arise. With the AI focusing on the important nuts and bolts of operational efficiency and care logistics, our caregivers can devote more time to providing the best care and delivering the best outcomes for our patients."

The Mission Control Center will complement CHI Franciscan's Virtual Hospital, which includes regional telemetry monitoring, virtual companion, virtual ICU, virtual hospitalist and other services. CHI Franciscan's virtual care teams complement on-site teams, for example, by providing continuous surveillance of cardiac rhythms for inpatients, which allows on-site staff maximum time at the bedside. The virtual ICU team, which includes physicians and nurses, monitors all CHI Franciscan ICU patients, resulting in shorter ICU stays and better outcomes.

CHI Franciscan Mission Control will be organized with a systemwide Mission Control Center, and smaller centers located at St. Joseph Medical Center in Tacoma, St. Francis Hospital in Federal Way, and Harrison Medical Center in Silverdale.

CHI Franciscan Health is a Catholic nonprofit health system based in Tacoma, Wash., with $2.45 billion in total revenue and a team of more than 12,000 physicians, providers, nurses, and staff that provide expert, compassionate medical care at 11 acute care hospitals and over 200 primary and specialty care clinics throughout the greater Puget Sound.

For more information: www.gehealthcare.com

Related Content

Fujifilm Unveils FCT Embrace CT System for Oncology
Technology | Computed Tomography (CT) | October 23, 2018
Fujifilm Medical Systems U.S.A. Inc. recently introduced the FCT Embrace computed tomography (CT) system. Powered by...
Artificial intelligence (AI) will not force specialists in radiation oncology from their jobs but rather make them better at the jobs only they can do, said speakers at the annual meeting of the American Society of Radiation Oncology (ASTRO) in San Antonio, Texas.
Feature | Artificial Intelligence | October 22, 2018 | By Greg Freiherr
Artificial intelligence (AI) will not force specialists in radiation oncology from their jobs but rather make them be
Sponsored Content | Webinar | Artificial Intelligence | October 17, 2018
Technology may be threatening the very practice of radiology.
CT Offers Non-Invasive Alternative for Complex Coronary Disease Treatment Planning
News | CT Angiography (CTA) | October 16, 2018
A new study published in the European Heart Journal shows computed tomography (CT) can be a useful aid in heart team...
Varian Expands Cancer Care Portfolio With Noona Healthcare Acquisition
News | Patient Engagement | October 15, 2018
Varian announced the acquisition of privately-held software company Noona Healthcare, developer of a cloud-based,...
Intelerad Launches Nuage Patient Portal
Technology | Patient Engagement | October 15, 2018
Intelerad Medical Systems announced the launch of nuage Patient Portal, a cloud-based patient portal solution. The zero...

Images from computed tomography (CT) colonography show segmented abdominal aortic calcification measured with semiautomated CT tool on coronal image. Within region of interest over aorta selected by user, tool automatically segments and quantifies aortic calcification (shown in blue). 

Image Credit: O’Connor S D, Graffy P M, Zea R, et al. Does nonenhanced CT-based quantification of abdominal aortic calcification outperform the Framingham Risk Score in predicting cardiovascular event sin asymptomatic adults? Radiology doi: 10.1148/radiol.2018180562. Published online Oct. 2, 2018. © RSNA.

News | Computed Tomography (CT) | October 12, 2018
Computed tomography (CT)-based measures of calcification in the abdominal aorta are strong predictors of heart attacks...
iCAD Announces Positive Clinical Results for Artificial Intelligence Tomosynthesis Technology
News | Mammography | October 11, 2018
iCAD Inc. announced positive clinical results of its new digital breast tomosynthesis (DBT) cancer detection software,...
Carestream Digital X-ray System Deployed at Remote Antarctic Station
News | Digital Radiography (DR) | October 10, 2018
Carestream is providing a DRX-Transportable System/Lite for the Italian-French Concordia scientific station in...
Canon Medical Launches Healthy Sonographer Program
News | Ultrasound Imaging | October 10, 2018
Canon Medical Systems USA Inc. launched an all-new program designed to help reduce the leading causes of pain and...