Technology | Telecardiology | March 03, 2016

Four Leading U.S. Health Systems Join Philips eICU Program

Multi-year deals for telemonitoring of ICU patients will allow health systems to expand 24/7 intensivist-led care to wider geographies

Philips, eICU, remote intensive care unit, telehealth, multi-year deals

March 3, 2016 — Philips announced four leading U.S. health systems have signed multi-year telehealth deals to implement the company’s remote intensive care unit (eICU) program. These new population health management engagements include agreements with Westchester Medical Center Health Network (WMCHealth in New York), Baptist Memorial Health Care (Tennessee) and BJC HealthCare (Missouri).

The conditions of ICU patients can deteriorate rapidly. The eICU program's telehealth team of remote specialists continuously monitor patients to support the bedside team and proactively identify issues and intervene before they become significant problems. The eICU telehealth team has access to Philips’ advanced analytics that can process large amounts of data from more than 150 patients, along with data visualization tools that allow clinicians to focus on those  patients who need their attention first.

"Ensuring the best care possible for patients takes on a new meaning when their condition is critical," said Corey Scurlock, M.D., medical director for the Westchester Medical Center Health Network's eHealth Center. "While our on-site staff is exceptionally capable, the additional support that a specialized telehealth program like Philips offers empowers us to oversee a larger population and have a deeper insight into those at the greatest risk of needing intervention immediately."

Ultimately, this type of proactive care can help improve clinical and financial outcomes. Compared to patients receiving usual ICU care, patients who received ICU care from a hospital with an eICU program were 26 percent more likely to survive and discharged from the ICU 20 percent faster. Additionally, on average, tele-ICUs result in $5,000 in cost savings per patient and 1.2 million in savings due to reduced transfers.

As the population in the United States ages, demand for critical care is rising at a time when the industry is facing a chronic shortage of intensivists. According to The Journal of the American Medical Association, the intensivist shortage will become increasingly challenging, with supply meeting only 22 percent of the demand for services by 2020. Consequently, ICU patients are often cared for by non-specialists. Telehealth enables intensivists to cover wider geographies and provide access to care to more people, while patients stay in their local hospitals. This helps them avoid both transportation costs and the stress of transferring to other critical care centers, while still giving them access to the specialized care they need.

The Philips eICU program is part of a suite of enterprise telehealth solutions delivered by Philips Hospital to Home to help improve outcomes, provide better value and expand access to care. These programs help address multiple cohorts within a population ranging from highest cost patients with intensive ambulatory care and acute needs, to discharge transition and chronic patient management, to prevention and wellness for the general population. These programs use a proactive care model to clinically transform the delivery of care to address growing clinician shortages while improving patient outcomes.

For more information: www.philips.com

Related Content

Siemens Healthineers Introduces Share360 Tailored Service Portfolio
News | Cardiac Imaging| November 10, 2017
To address the specific needs of medical imaging clinical engineering departments nationwide, Siemens Healthineers has...
TeraRecon Enhances Speed, Clinical Capabilities With Latest iNtuition Release
Technology | Advanced Visualization| October 25, 2017
October 25, 2017 — TeraRecon announced the release of version 4.4.13 of their iNtuition software, bringing over 175 n
Philips IntelliSpace cardiovascular information system (CVIS)

The Philips IntelliSpace is an example of the newer generation of cardiovascular information systems (CVIS) that can consolidate all cardiology department data sources into one location.

Feature | Cardiac PACS| October 04, 2017 | Dave Fornell
Consolidation of data in one location to improve efficiency and enable data analytics, as well as smooth integration
ScImage and Invia Partnership Announced
News | Cardiac PACS| September 19, 2017
ScImage Inc. and Invia Imaging Solutions recently announced formation of a joint partnership at the American Society of...
HHS Unveils Improved Web Tool to Highlight Recent Health Information Breaches
News | Cybersecurity| August 21, 2017
The U.S. Department of Health and Human Services (HHS), Office for Civil Rights (OCR) recently launched a revised web...
Healthcare cybersecurity concerns have increased dramatically as EMRs and medical devices become more digitally connected.

Healthcare cybersecurity concerns have increased dramatically as EMRs and medical devices become more digitally connected.

Feature | Cybersecurity| August 18, 2017 | Dave Fornell
August 17, 2017 — Cybersecurity has become a growing concern in healthcare as patient data, medical systems and impla
ScImage Awarded U.S. Government DIN-PACS IV Contract
News | PACS| August 16, 2017
ScImage Inc. was recently awarded a new DIN-PACS IV (Digital Imaging Network/Picture Archiving and Communications...
The FDA is concerned about cybersecurity of ICDs and cyber security of other medical devices.
Feature | Cybersecurity| August 16, 2017 | Dave Fornell
There is growing concern among patients and regulators that medical devices, especially implantable electrophysiology
WVU Medicine Deploys Enterprise PACS from ScImage
News | Cardiac PACS| July 24, 2017
ScImage Inc. recently announced West Virginia University Health System has partnered with ScImage to utilize ScImage’s...
Videos | Clinical Decision Support| June 29, 2017
Rami Doukky, M.D., system chair, Division of Cardiology, professor of medicine, Cook County Health and Hospitals Syst
Overlay Init