The benefits of Spectrum LIMS include, but are not limited to, internal and external compliance, continuous improvement, resource optimization, cost efficiency, knowledge management, efficient time management, error minimization, and easy access to all quality–related information. Spectrum LIMS also manages repeat test results, providing a full history of tests and results on every sample. In addition to the final results, Spectrum LIMS maintains the original raw data to facilitate further analysis and decision making. Simple and complex result calculating formulae can be defined into Spectrum LIMS, making it easy for the user to calculate final results from raw data. The complete information of a sample is kept in Spectrum LIMS like sampling info, receipt info etc. Spectrum LIMS also prompts for revalidation and repeat samples. raw material, finished good, water etc.). microbiological, toxic etc.) or by type of sample (e.g. The LIMS is also used for automatic checking of results against stored specifications. These groups can be by type of test (e.g. Sample testing can be grouped or performed individually as required. Spectrum LIMS can easily process multiple types of samples, and can undertake various calculations or processes on each one. A Laboratory Information Management System (LIMS) is an essential application that helps laboratories maintain organization and manage various tasks. Optimization helps increase the laboratory’s throughput, saves cost, and enhances customer satisfaction. Spectrum LIMS is focused on optimizing laboratory performance and resource management. Molecular biology tools (such as plasmid mapping and protein sequence annotation)īenchling not only helps your teams track samples and their related data, but gives you the ability to quickly make connections and gain critical insights to drive your science and business forward.Spectrum LIMS is an FDA 21 CFR Part 11 compliant software solution which supports a laboratory's analytical and resource management needs, whilst monitoring compliance requirements. Reduce manual entry with bulk registration-automatically register entities produced through bulk cloning, bulk annotation, and bulk translation functionsĮven better, Benchling goes beyond typical LIMS sample management capabilities with unified Applications that provide a seamless user experience and single interface for: Reduce manual entry with automation-autocompute metadata such as molecular weight based on amino acid or DNA sequence, or from linked entities Save time with bio-intelligent links-Benchling automatically identifies and interlinks related DNA construct components and allows you to impose sequence constraints to avoid building the same construct multiple times Model large molecules and other data without a single line of code- codeless configuration and custom data types mean you can build a registry catered to your particular scientific needs, from CAR-T development to fermentationĬonnect physical samples to their experimental context-with unified Applications and interlinked data, you can see everything that’s ever happened to any registered entity and even automatically surface data from one entity to its interlinked entities, so you never have to enter the same data twice This lets you know exactly where each sample is in your process, across queues. A high-quality LIMS places each sample on a different sample queue appropriate to its place in the testing process. You can create a digital representation of any entity without having to type a single line of code, automatically interconnect DNA and protein constructs, structure parent/child relationships for any entities to power lineage tracking, and more. A queue-based tracking system is the key to knowing the whereabouts of all your samples. With Benchling, however, you get the same sample management capabilities that a LIMS delivers, but in an easily configurable, cloud-based platform.
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