A Tale of RHIO Success


Author: Neil Versel
BRISBANE, Australia — Nearly as fast as regional health information organizations (RHIOs) cropped up a couple of years ago, they have started to disappear or at least scale back their plans due to financial difficulty. But there are some success stories to be found for those who look hard enough.

Try, for example, Winona, Minnesota, where a small network is thriving. At MedInfo 2007, the triennial congress of the International Medical Informatics Association, at a first-ever international symposium on nursing informatics leadership on Monday, the world got a tale of success from Winona Health.

When the United State’s first health-IT czar, David Brailer, called for interconnecting clinicians with what he called RHIOs in 2004, Janice Turek, clinical director of information systems at Winona Health, knew exactly what he was talking about. “We had already connected a region,” said Turek, a registered nurse. “We have been able to sustain and develop informatics in a small community.”

Indeed, the nonprofit health system in southeastern Minnesota has brought together six competitive, independent organizations onto a single health-IT system. It wasn’t easy, but leadership, from clinicians all the way up to the executive suite, saw it as a means of survival.

“It was a competitive issue,” Turek explained, because a lot of small, community-based healthcare organizations had been going bankrupt or simply shutting their doors. “We didn’t want to be one of them.” And Winona had the added disadvantage of being just 40 miles from the Mayo Clinic’s main Rochester campus.

The strategy for Winona Health was quite different from most other provider organizations. Winona started in 2000 with a Cerner patient Web portal and personal health record (PHR) to build the foundation for an electronic health record (EHR).

“This is when we actually married the Cerner Corp., and it’s been a wonderful marriage,” said Turek. Winona Health also helped other organizations in and around the town of 30,000 become Cerner customers because a common system would facilitate data sharing.

Since that time, Winona has integrated 28 separate IT systems to create an EHR at its facilities and non-affiliated physician practices, imaging centers, and laboratories. The EHR is complete with computerized physician order entry (CPOE), a home-health component, and secure online patient-clinician communication — for which physicians have begun receiving reimbursements.

With the help of interconnected clinicians, it now takes just 15 minutes to move a patient upstairs once the decision is made to admit someone from the emergency department. Electronic medication administration has reduced errors in drug delivery by 80 percent. Unit secretaries still enter 80 percent of inpatient orders, but Winona Health already has a plan to redeploy the secretaries as physicians gradually take over that responsibility.

And soon, Winona will reach out to Mayo to widen data sharing, since many tertiary referrals from the smaller town go to Rochester.

Want to read more expert articles like this? Click here to subscribe to Digital HealthCare & Productivity.

 

 

Click here to log in.

0 Comments

Add Comment

Text Only 2000 character limit

Page 1 of 1

White Papers & Special Reports

thomson reuters image
Biomarkers: An Indispensible Addition to the Drug Development Toolkit
Examining the Potential of Biomarkers
Sponsored by Thomson Reuters

Biomarkers are becoming an essential part of clinical development. In this white paper, Thomson Reuters provides insight from experts in industry and academia, and explores the role of biomarkers as evaluative tools in improving clinical research and the challenges this presents.

Discover the potential of biomarkers to:

  • Improve decision making
  • Accelerate drug development
  • Reduce development costs


BlueArc_Scientific Data
Scientific Data Lifecycle Management: Preparing for Storage in an Uncertain Future
Sponsored by BlueArc

Managing vast and overwhelming streams of gene sequencing data today requires ultra-high performance systems and processes. With continued rapid advancement and improvements in gene sequencing, expect tomorrow’s instruments to output quantities of genomic information that will dwarf current levels. Help your organization maintain data control and prepare for the future of sequencing through this informative paper that discusses:

  • The information technology challenges of gene sequencing
  • “Intelligent” methods for data management and customization
  • System survival tips... Deciding what data to keep or delete
  • New tools to keep scientists ahead of impending data torrents


SAS Managed image
Managed Innovation, Assured Compliance
Developing, executing and managing the transformation, analysis and submission of clinical research data with SAS® Drug Development
Sponsored by SAS
Get better products to market faster. Download this white paper to discover the top ten challenges facing life science executives and how to overcome them. See how SAS Drug Development transforms clinical data into true innovation.


Life Science Webcasts & Podcasts

Presented by Trade Commission of Spain

Spain Biotech: An Engine for Economic Change 

TCS podcastDiscover how Spain is focusing on biotechnology to be an engine for economic change through gradual internationalization, development and technology transfer.

Regional governments are actively investing in public and private biology research and promoting the creation of knowledge-based companies. Spain’s human capital combined with aggressive investment in biotech research and infrastructure has led to the creation of bio-clusters.

Today, there are nearly 700 Spanish companies engaged in biotechnology, with almost 50 percent growth in funding devoted to research. In fact, spending on internal R & D in biotechnology has grown 46 percent and is close to 300 million Euros.

Access the podcast 

 



More Podcasts

Job Openings

saic_logo

MANAGER, SCIENTIFIC COMPUTING & PROGRAMMING
(Bioinformatics Manager)
SAIC-Frederick, Inc has an exciting opportunity for a Manager, Scientific Computing & Programming - Core Genoytyping Facility in Gaithersburg, Maryland.  In this role, you will lead the Bioinformatics & Analysis Group.
Master’s or equivalent required.  PhD preferred. Six years experience in development of scientific programs in high-performance computing environment including five years supporting scientific research in computational chemistry, biology, or genetics, & two years supervisory experience.  View complete job posting & apply: www.saic-frederick.com. Position #146945.

For reprints and/or copyright permission, please contact The YGS Group, 1808 Colonial Village Lane, Lancaster, PA;

(717) 399-1900 ext. 125, or via email to Ashley.Zander@theYGSgroup.com.