The terms LIS and LIMS are often used interchangeably in medical terminology, but they’re different types of software systems that have very specific purposes in supporting lab operations.
It’s fairly easy to confuse the two, but we’re here to clarify and help you understand which system is best for your lab.
Hold on as we do a deep dive into the difference between LIS and LIMS software. The best way to start is by defining them.
LIS Defined
ClinfoWiki explains that a laboratory information system (LIS) has been developed and deployed to support all aspects of the contemporary clinical and specialty laboratory. It helps technologists with:
- Quality assurance and data integrity of test samples (pre-analytical phase)
- All aspects of the testing and result review process (analytical phase)
- Reporting of finalized results, interpretations, and diagnosis (post-analytical phase)
Laboratory information systems have progressed significantly and now encompass features such as tailored electronic medical records specific to labs, direct and secure web access portals for clinicians (“Lab Portals”), and comprehensive billing systems designed for commercial lab testing (“outreach”).
They also include advanced interface engines for managing the routing of orders and results with external systems and integrated picture archiving and communication systems (PACS) for pathology-related images.
LIMS Defined:
As defined by Techopedia, a laboratory information management system (LIMS) is a software system developed to support laboratory research operations. This software system can:
- Track a very large number of specimens within one study and workflow
- Aggregate data for research or business intelligence purposes
- Make sure laboratory operations are compliant with various standards and regulations.
LIS & LIMS Similarities
As we just saw, the two types of lab systems differ by definition, but they tend to be very similar when it comes down to functionality. Both methods can provide a wide array of functions that make them very similar:
- Workflows
- Specimen tracking
- Lab equipment integrations
- Reporting
- Case management
So again, we ask the question, which one is right for you? Well, it does all come down to the type of data you’re working with.
LIS vs LIMS: Data Focus
One of the key differences between the two systems is that a LIS focuses on patient data and test results, while a LIMS focuses on test samples. Let us explain in detail:
LIS for Patient Care
LIS is a software platform designed to manage patient-centric data. It is developed to help pathology labs track and process specimen testing to diagnose individual specimens.
Whether in an anatomic, clinical, LC/MS, or bio lab, LIS is designed to be HIPAA-compliant and support individual specimens while maintaining all the lab data throughout each step of the diagnosing process to deliver a comprehensive report back to a medical facility and patient.
In a laboratory, LIS is used to store demographic information, test results, clinical histories, and other relevant patient data. It is also integrated directly with electronic health records (EHR) to give doctors and other practitioners immediate access to test results. LIS is specifically developed for pathology labs, clinical labs, and reference labs.
LIMS for Commercial and Research Labs
On the flip side, LIMS is designed more for commercial labs that test on fluids, food, beverages, or even pharmaceuticals, where they run massive batch testing. While LIS allows for HIPAA compliance, LIMS typically follows ISO/IEC 17025 standards, an international set of standards that set out the general requirements for laboratories’ competent, impartial, and consistent operation.
LIMS can be used by research scientists in multiple industries, including agriculture, water treatment, food science, and veterinary medicine.
Which Labs Use LIS?
Let’s look at the types of labs that use LIS to improve their lab operations:
Clinical and Diagnostic Labs
Clinical and diagnostic labs are essential for patient care, focusing on tests like blood tests, urinalysis, and other routine diagnostics. These labs provide healthcare professionals with the data they need to diagnose illnesses, monitor conditions, and develop treatment plans.
Their role is to help physicians and healthcare professionals make accurate decisions and provide the most personalized care for their patients.
How LIS supports clinical and diagnostic labs:
- Handles patient data tracking and management to improve workflow efficiency.
- Connects with electronic health records for easy data access and regulatory compliance.
- Manages sample data, from collection to final reporting, to maintain accuracy.
- Automates repetitive tasks and processes, reducing errors and speeding up test result delivery.
Pathology Labs
Pathology labs analyze tissues and cells to detect diseases such as cancer. They help identify and understand medical conditions, often serving as the foundation for many clinical diagnoses. The work involves a detailed examination of samples, requiring precision and reliable data handling.
How LIS supports pathology labs:
- Assists with sample management, tracking specimens throughout their lifecycle.
- Assigns cases to pathologists based on expertise and availability, optimizing workflow.
- Maintains an accurate chain of information for histopathology and cytology procedures.
- Provides tools for creating detailed and organized diagnostic reports.
Veterinary Labs
Veterinary labs test animal samples to diagnose diseases, monitor health, and support treatment for pets, livestock, and wildlife. Their work is vital in both individual animal care and managing zoonotic diseases that may affect humans.
How LIS supports veterinary labs:
- Organizes sample data and results tailored to species-specific diagnostics.
- Tracks diagnostic workflows, from testing to reporting, to maintain accuracy.
- Provides centralized data storage for monitoring trends in animal health.
- Supports collaboration between veterinarians and lab technicians.
Molecular Labs
Molecular labs specialize in advanced testing techniques, such as PCR and genetic sequencing. These labs contribute to personalized medicine, offering insights into genetic disorders, infectious diseases, and other complex medical conditions.
How LIS supports molecular labs:
- Manages sensitive patient data while maintaining data security and accuracy.
- Tracks sample data through every step of testing to prevent errors.
- Supports molecular workflows, such as analyzing genetic sequences or identifying pathogens.
- Streamlines reporting to deliver detailed and accurate results for personalized care.
Which Labs Use LIMS?
Now that we’ve talked about the labs that use LIS, let’s focus now on the type of laboratories that use LIMS:
Research and Development Labs
Research and development (R&D) labs focus on creating new products, medicines, and technologies. These labs drive innovation in industries like pharmaceuticals, biotechnology, and materials science.
Their work involves managing large datasets, conducting experiments, and ensuring accurate results to advance knowledge and development.
How LIMS supports research and development labs:
- Tracks samples throughout experiments and processes.
- Organizes large datasets to simplify analysis and improve productivity.
- Provides tools for regulatory compliance, ensuring data accuracy and traceability.
- Supports collaboration by centralizing research data for easy access.
Environmental Testing Labs
Environmental testing labs analyze air, water, and soil quality to monitor and protect natural resources. These labs play a critical role in environmental conservation, public health, and regulatory compliance by identifying pollutants and ensuring safety standards are met.
How LIMS supports environmental testing labs:
- Tracks sample data across workflows to maintain accuracy and reliability.
- Simplifies data management for compliance with environmental regulations.
- Supports environmental testing processes, from sample collection to reporting.
- Automates result tracking to reduce manual errors and save time.
Food and Beverage Testing Labs
Food and beverage testing labs focus on the safety, quality, and compliance of food products. Their work helps prevent foodborne illnesses and confirms that products meet industry standards before reaching consumers.
How LIMS supports food and beverage testing labs:
- Organizes sample management to maintain consistency in testing.
- Tracks data points for quality control and regulatory documentation.
- Standardizes processes to improve accuracy and reliability.
- Provides detailed reporting to meet compliance and customer expectations.
Manufacturing and Industrial Labs
Manufacturing and industrial labs focus on quality assurance and materials testing. These labs are responsible for making sure products meet required safety, durability, and performance standards. Their work is essential to industries like automotive, construction, and consumer goods.
How LIMS supports manufacturing and industrial labs:
- Tracks data for materials testing and quality assurance.
- Centralizes data management for consistent monitoring and traceability.
- Streamlines workflows to improve testing efficiency and reduce delays.
- Provides audit-ready records for regulatory and quality compliance.
Forensics and Law Enforcement Labs
Forensics labs analyze evidence for criminal investigations and legal proceedings. Their work involves examining DNA, fingerprints, and other physical evidence to assist law enforcement and the justice system.
How LIMS supports forensics and law enforcement labs:
- Maintains accurate sample management and chain-of-custody records.
- Tracks evidence data from collection to analysis to support legal integrity.
- Provides tools for organizing and analyzing evidence efficiently.
- Automates reporting to streamline case management.
Academic and Educational Labs
Academic labs contribute to scientific research and train future professionals in various disciplines. These labs advance knowledge through experiments, studies, and collaboration across fields.
How LIMS supports academic and educational labs:
- Tracks sample data and organizes experiments for reproducibility.
- Centralizes data storage for easy access and collaboration.
- Manages research workflows to enhance productivity and accuracy.
- Provides tools for documenting and sharing findings effectively.
See a LIS Live in Action – NovoPath 360
When it comes to laboratory information systems, NovoPath sets the standard. With decades of experience in anatomic, molecular, and veterinary pathology, we deliver a fully configurable, cloud-based LIS solution tailored to your lab’s unique needs.
Our platform simplifies workflows, strengthens data security with Microsoft Azure, and supports regulatory compliance with built-in best practices. Plus, our 24/7 customer support means you’re never left without assistance. Whether it’s sample tracking, data management, or training tools, NovoPath has you covered.
Make the switch to NovoPath today and see the difference a truly customizable LIS can make. Schedule your demo now to explore how our innovative software can transform your lab’s operations.
FAQs About LIS vs LIMS
LIS stands for Laboratory Information System. It is software used in medical labs to manage patient data, track test samples, and store diagnostic results.
LIMS, or Laboratory Information Management System, improves laboratory efficiency by automating tasks, organizing data, and ensuring accurate sample tracking. It helps reduce errors and makes collaboration easier.
LIMS is more than a database. While it stores laboratory data, it also manages workflows, tracks samples, and provides tools for reporting and analysis.
The basics of LIS include managing patient and sample data, tracking lab tests, generating diagnostic reports, and integrating with other systems like electronic health records. It ensures smooth operation in clinical and diagnostic laboratories.
See a LIS live in Action – NovoPath 360
