Most of us in the laboratory community have heard the term “LIMS,” though in the healthcare arena, it’s probably “LIS.” Both terms refer to software that is at the very heart of the modern laboratory. Essentially, both are the same: the main data management software for a laboratory. But the differences revolve around the fact that a LIMS is sample-centric and an LIS is patient-centric.
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The most important features of a LIMS are the features that are most important for your lab. These features may vary depending on your specific laboratory requirements and long-term goals. The LIMS features must be flexible enough to support your lab as it grows and changes, without the need for expensive development at every turn.
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Does your environmental lab use a 30-year-old laboratory information management system (LIMS) that is slow and not user friendly, but still works? Have you ever considered the real cost of maintaining that system or the limitations it has? How do you figure that out and make the case to upgrade? Modernizing your LIMS could be a big investment of time and resources and can add a layer of complexity when managing legacy data, but modernizing may also significantly improve the efficiency and accuracy of your environmental lab.
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Pharmaceutical and medical device companies benefit from using a structured approach to data items, connections between data items, and data containers. Working with data that is internally structured reduces the time needed to create submission reports, eliminates the manual verification of large data tables, and ensures the creation of submission deliverables with no technical errors.
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Welcome to our comprehensive guide to Laboratory Information Management Systems (
LIMS). Whether you’re just beginning your journey into the world of LIMS or you’re a seasoned professional looking for some clarity on common questions, you’ve come to the right place. In this blog post, we’ll shed light on the common questions in LIMS that often arise for both newcomers and those seeking to delve deeper into this invaluable technology.
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By now you have probably heard rumors and rumblings about computer system assurance (CSA), a more strategic approach to validation that is currently in draft guidance from the U.S. Food and Drug Administration. What that will look like in practice is explained in this white paper. Compliance managers, regulatory professionals, and lab personnel need this white paper to understand the new testing rationale behind CSA. There is a greater emphasis on common sense in gauging risk and on unscripted testing to identify potential issues or avenues for improvement.
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The demand for safety and compliance in medical device testing is ever-present, prompting laboratories to seek innovative solutions. Laboratory information management system (LIMS) software is a formidable tool that empowers laboratories to navigate the intricate processes involved in medical device testing.
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In today's competitive landscape, labs face the challenge of finding the right vendor to meet their growing software needs. However, for many smaller labs without internal development resources, relying on commercial vendors becomes a necessity. The process of vendor selection can be daunting, especially considering the wide range of options available. In this blog post, we'll dive into the intricacies of vendor selection, exploring the critical steps and considerations to ensure a successful partnership.
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The term “LIMS” is an acronym for “laboratory information management system.” It refers to whatever system a lab uses to manage their sample processing data. Today, that data management extends to every facet of laboratory functions, from customer service to invoicing and more. Your system may be paper-based (we feel your pain if so), or spreadsheets (still not pain-free), a mixture of both, or an actual LIMS application.
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The Fourth Industrial Revolution, also known as
Industry 4.0, is transforming industries worldwide with the integration of digital technologies, data analytics, and automation. Laboratories, critical centres for research, quality control and compliance, are also part of this revolution. Let’s explore how Laboratory Information Management Systems (LIMS) are playing a pivotal role in driving laboratories into the future of Industry 4.0.
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In today’s rapidly evolving life sciences landscape, it is essential for lab professionals to leverage innovative tools and technologies that can enhance their effectiveness and productivity. In the Digital Lab of the Future, LIMS plays a key role in enabling lab operations to become more streamlined and data-driven, keeping up with the growing demands on time and resources. This guide to LIMS will equip lab professionals with the knowledge of its concept, implementation, and application, enhancing lab operations to align with future goals and regulatory requirements.
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Environmental and water testing laboratories play a crucial role in safeguarding our planet’s health and ensuring the availability of clean water resources. These laboratories are responsible for monitoring and analyzing various parameters to assess the quality of our environment and water bodies. However, to fulfill their mandate effectively, it is paramount that these laboratories maintain the highest standards of quality in their operations.
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Mining is not a new industry and as it has evolved, the industry has benefited from various technology advances including the invention and advancement of Laboratory Information Management Systems (LIMS). LIMS can increase productivity, optimize maintenance, improve safety, lower operating costs, and minimize environmental harm by reducing energy consumption.
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ISO/IEC 17025 accreditation is the gold standard for testing and calibration laboratories worldwide. It demonstrates your laboratory’s competence, reliability, and adherence to industry best practices. Accreditation formally acknowledges that a laboratory meets the standard’s requirements and has undergone assessment by a competent accreditation body.
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Good manufacturing practices are the underpinning of every life sciences business. At the heart of the organization, ensuring end user safety is everyone’s goal. In many organizations, the quality management system (QMS), learning management system (LMS), and manufacturing execution system (MES) work together in service of this goal. This blog describes the essential functions of these systems, why they should be validated, and how they can be configured to ensure seamless data flow across your life sciences organization.
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A laboratory information management system (LIMS) can provide tremendous value to a lab. It can enhance efficiency and productivity, improve data quality, save time, and ensure compliance with traceability and auditability. However, to get the best return on investment, you need to ensure that it’s set up to manage your lab’s entities and workflows properly.
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This summer, STARLIMS announced the strategic acquisition of Labstep, a cutting-edge Electronic Lab Notebook (ELN) platform, with the aim of expanding STARLIMS’ portfolio to be able to support each stage of the value chain, from R&D through commercialization. We had the privilege of sitting down with Labstep’s Founder & CEO, Jake Schofield to discuss what motivated him to launch Labstep and what his strategic vision is for joining the STARLIMS portfolio.
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The discipline of
materials science requires the study of the properties, composition, and structural properties of
solid materials. Materials science laboratories play a crucial role in the development and modification of materials to achieve desired properties and improved performance characteristics. Within this context,
Laboratory Information Management Systems (LIMS) emerge as invaluable tools,
supporting material science laboratories in their critical roles.
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Environmental Monitoring labs play a pivotal role in studying the environment, ensuring regulatory compliance, and advocating for sustainable practices. The efforts of these skilled laboratory teams play a pivotal role in unraveling the complexities of the environment, safeguarding its well-being, ensuring regulatory compliance, and advocating for sustainable practices. By understanding more about their analyses, we gain an appreciation for the invaluable insights their testing provides.
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You know it’s time to get a laboratory information management system (LIMS), but that’s a huge decision you aren’t authorized to make. So, how do you convince people far removed from what happens in your lab to approve a new LIMS? This guide will suggest ways to build a data-backed business case that makes it easy to say “yes” to a new LIMS.
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