Feb 24, 2014, 00:00
by
Michael Croft
CARMEL, IN, UNITED STATES - Feb 24, 2014 - Come see the biggest tree in the Orchard at HIMSS ’14 booth #2283. At HIMSS ’14 booth #2283, Orchard will showcase its newest lab system product designed for the enterprise-wide laboratory
CARMEL, IN, UNITED STATES - Feb 24, 2014 - Come see the biggest
tree in the Orchard at HIMSS '14 booth #2283. At HIMSS '14
booth #2283, Orchard will showcase its newest lab system product
designed for the enterprise-wide laboratory. With the addition of
this new information system, Orchard Software provides the most
complete package of lab system solutions of any healthcare IT
vendor-supporting laboratories of all shapes and sizes in the
successful capture and delivery of the valuable currency of
diagnostic information.
"With Orchard Harvest, Orchard Pathology, OrchardCopia, and most
recently, Orchard Trellis, we have a strong suite of products and
are recognized as leaders in the industry with the most decorated
software package of the last decade. Our award-winning products
meet the needs of most of the market place, but up until now we
have not been in a position to serve the largest organizations and
laboratories in the country. Today, we'd like to introduce the
newest edition to our product line-Orchard
Sequoia," says Curt Johnson, Chief Operating Officer at Orchard
Software Corporation.
Orchard Software's newest product, Sequoia, provides
maximum scalability to accommodate the needs of high volume
laboratories and support laboratory growth concurrent with the
fast-paced changes taking place in healthcare-incorporating
much-desired tools to measure performance, improve productivity and
efficiency, and generate valuable business analytics.
"We are taking 20 years of knowledge that we've gained in the
laboratory industry, combined with the latest technology
developments, and are producing a new LIS aimed specifically at
this market, designed to be scalable and to address the needs of
the largest clients. We know that the new healthcare arena requires
that your diagnostic system be part of a larger system and that the
totality of the solution includes integrating your diagnostic
system into the entire network. With Sequoia's unique architecture,
using API and web services to allow other systems access into lab
data as well as the lab to access data in other healthcare
networks, this provides a clear advantage. As organizations start
to wrap their minds around how they can use data in a more global
way and begin to integrate big data, we're there to help; in fact
we're there to start it," says Rob Bush, President of Orchard
Software Corporation.
Mr. Bush continues, "Integrated diagnostic information provided
by the laboratory is vital to facilitate diagnostic analytics
necessary for the development of treatment pathways that can
improve healthcare efficiency, control waste, reduce costs, and
improve patient care. As healthcare focuses on overall population
health, laboratory data is an integral part of the required
clinical information. With Sequoia, users can extract and
manipulate data stored in the LIS to generate statistics for
analytics using data trends and patterns to provide valuable
insight; and use predictive analysis to support the growth and
development of their laboratory by creating reports that analyze
historical data to impact future decisions."
"Orchard
Sequoia has the tools to measure performance, improve
productivity and efficiency, and generate valuable business
analytics. Orchard
Sequoia's segmental tiered architecture, structured data
framework, rich internet platform, and superior connectivity
capabilities are what the leaders in healthcare need to generate
and deliver the new currency of healthcare-supporting the front-end
of patient-centered care and quality outcomes, while reducing
cost," concludes Henry Oglesby, Executive Vice President of Orchard
Software Corporation.
In order to promote preeminent future development of Orchard
Sequoia, Orchard Software and Memorial Sloan Kettering Cancer
Center (MSKCC) have entered into an agreement that will involve the
use of Orchard's advanced LIS technology to support comprehensive
and effective cancer care.
In a collaborative effort focused on progressive, ongoing
development of its laboratory informatics products to strengthen
and support the future of healthcare, Orchard Software has entered
into a long-term agreement with MSKCC to provide state-of-the-art
LIS technology and to benefit from MSKCC's expertise in superior
patient care. MSKCC will utilize Harvest and Sequoia to enhance
their laboratory efficiencies and interoperability, supporting
their patient-centered care focus and intention to make a
meaningful impact on cancer treatments around the world.
"Orchard Software is privileged and excited to have the
opportunity to partner with such a prestigious facility as MSKCC.
And, as a leading LIS in the oncology market, we look forward to
being involved in the success of MSKCC's goal to provide the most
advanced cancer treatments available. We are eager to begin working
with MSKCC in their conquest against cancer by providing laboratory
informatics to aid in the potential development of new and more
effective ways to diagnose and treat disease," says Curt Johnson,
Chief Operating Officer at Orchard Software.
Mr. Johnson continues, "Orchard's goal is to provide state-of
the art LIS technology for the ever-changing healthcare
arena-providing the flexibility, decision support, business
intelligence, and analytics necessary to sustain and foster
improvements in a rapidly changing healthcare environment. Working
in conjunction with MSKCC, we believe the collaborative endeavor
will enhance and broaden the development of our LIS products and
simultaneously support MSKCC's objective to provide superior
individualized diagnostic treatments for patients based on most
current evidence."
The maximum scalability available in Orchard
Sequoia's three-tier design accommodates the needs of high
volume laboratories across multiple locations and departments,
including clinical, molecular, anatomic pathology, and
microbiology. Sequoia's application environment is composed of
independent software components that exchange information
internally within the application.
Orchard
Sequoia brings many benefits, including:
- The three-tier architecture allows forOrchard
Sequoia utilizes a Microsoft SQL Server 2012 Enterprise Edition
database to provide the high volume, high velocity solution, and
expanding data that is required by the ever-changing laboratory.
Sequoia data can be mined using SQL Reporting Services or Crystal
reports without exposing the Sequoia production database.
- With Orchard
Sequoia, users can extract and manipulate data stored in the
LIS to generate statistics for analytics using data trends and
patterns to provide insight into population health status and other
laboratory business intelligence needs. Ad-hoc reports can track
turnaround times, physician utilization, testing volumes, staffing
levels by shift, billing data, population data by diagnosis, and
more. Sequoia can be used to monitor data by analyte to discover
shifts between reagent lot numbers, identify unnecessary or
duplicative testing scenarios, or track specific diagnoses or
abnormal test results to manage disease populations.
- SQL Server AlwaysOn technology offers proven solutions for high
availability and disaster recovery. The SQL AlwaysOn architecture
combined with Windows Failover Clustering provides a solution to
support read-only local replicas and remote hosted Disaster
Recovery sites to ensure high availability of the Sequoia Database.
With the general availability of SQL Server 2014, Sequoia will
support Microsoft's In Memory Technology that allows optimized
tables to reside in memory for read and write activities without
relying upon disk reads and writes. This optimization can generate
performance improvements of up to 20 times over standard memory
architecture SQL databases.
- Orchard
Sequoia's deployment model has a "Big Data" component that
allows for mining and evaluation of large quantities of
unstructured data. This "Big Data" solution will permit the
long-term storage of large informational stores that can be mined,
examined, and evaluated.