Laboratory information systems continue to add features that contribute to maximizing personnel and cost containment
HEX Laboratory Systems
www.rsleads.com/301ml-174Data 247, no downtime
Comp Pro Med Inc.
www.rsleads.com/301ml-178Serving small to high-volume labs
Triple G Systems
www.rsleads.com/301ml-181Marketing to physicians
Clinlab
www.rsleads.com/301ml-176Q&A storage
LabNet LIS is a Windows NT client server system that marries ease-of-use with versatility, power and high-speed volume. The system seamlessly interfaces with electronic medical records, billing, hospital information systems and practice management systems. Version 5.12 was recently introduced, which includes a separate section for those reference lab tests that require questions and answers, that information can be entered prior to testing and stored indefinitely. Version 5.12 add-on modules work to streamline operations. The advanced reporting module helps managers simplify key complex, day-to-day business functions of
LabSoft
www.rsleads.com/301ml-177ASP offers varied modules
Psyche Systems
www.rsleads.com/301ml-179Solution clusters The NOVIUS LIS system, part of a family of solution clusters, operates in nursing homes, physicians offices, and hospital and reference labs. Transport lists can route different specimens to various labs. All samples, no matter their location in the enterprise, can be tracked. Its clinical rules assist in making recommendations for further testing. Technologists can use intuitive online microbiology work cards to review culture history and record test results. Consolidated reporting capabilities include results for all lab work, regardless of where it was performed. Physician customers can access the clinical repository for an enterprise-wide medical records, which can be accessed via the Internet. Browser-enabled software permits off-site healthcare providers or multiple locations to access patient results, medications, and allergies or to check orders. NOVIUS
Siemens Medical Solutions
Healthcare Services Corp.
www.rsleads.com/301ml-180Archival data generation
CCA
www.rsleads.com/301ml-175Web technology interface
IntelliLabs IMPAC Multi-ACCESS oncology management functionality extends to include a full-featured LIS with advanced Web technology interface to virtually any laboratory device, meaning orders can be placed and results viewed or printed via the Internet. Upon lab order placement, the product verifies if the test qualifies as medically necessary according to the LMRP. If not, the system automatically prepares one or more ABNs. Because rules can also be defined to manage test ordering based on payer contracts, the right test based on the patients insurance is ordered, and ensuing charge capture capabilities with correct use of CPT modifiers and intelligent charge interfaces reduce submission errors and increase reimbursements. Lab results flowing directly from instruments to the LIS/EMR can be immediately reviewed prior to chemotherapy administration. Each patients complete test history is quickly accessible in multiple formats, facilitating review and analysis; and the Multi-ACCESS EMR allows review and analysis of lab results as an integral part of treatment records. An optional imaging module permits images, such as blood smears, to be acquired and managed along with test results. Redundant storage ensures that results will be processed even during a network or system outage. In addition to HL7 standards, IntelliLab complies with CLIA standards for incident tracking and reporting, eliminating the need for paper logs. Multi-ACCESS
IntelliLab
www.rsleads.com/301ml-183 Selecting an LISPrioritize needs early. Determine what is needed in a system. Purchasing an LIS may be a long-term commitment. Cost is not an indicator of quality, performance or value. Understand all requirements. Quantify the benefit from each feature on paper. How much money will the feature save over time, and how would the feature help? Discuss automation needs with lab managers with automation in place. Find out what critical issues they confront with automation.What current major problem areas does the staff want solved?Determine future needs. How many samples will the lab be processing? What type of instrumentation will technicians be using? Consider these questions two, three, or as many as five years from now.Analyze the labs behavioral components. How do things work? How would staff like for them to work? Take an objective view of the lab, evaluating how orders are generated/communicated to the lab; how patient samples are delivered/labeled; how specimens are accessioned/prepared; how testing is accomplished; and how results are communicated back to the nurses/physicians?What computer hardware platforms are in place now? Will a change be likely in the next five years? Will the current host system be replaced in the next few years? How many samples are processed on average per day? How does this segment into various departments? What portions need to be reported from a central LIS, and what portions must be processed via handwriting? Are interfaces to an instrument needed? An interface to a host system? Remote printers or fax (reports sent to doctors offices)? Interfaces to other laboratories? Reports to be printed immediately on completion? What other interfaces will be needed in the future?Prioritize these wants according to what features are needed immediately, which features can be delayed
for the future, and which features would be a bonus. Courtesy of Clinlab
January 2003: Vol. 35, No. 1