![]() ![]() Additionally, LIMS should allow some level of analysis of QC results to determine which samples meet expected criteria, and then route passed samples to their next step in the workflow, and failed samples back to the previous workflow step your business rules dictate. Your LIMS solution should be able to integrate all these instruments and their results, ultimately tying these results back to your sample records. Instrument integration – Lab workflows often include several types of instruments, each of which produce various result files which are potentially in different file formats.If there is a problem with a particular lot of reagent, the LIMS will enable you to immediately identify which samples are impacted and need to be retested. Perhaps even more importantly, is the traceability this provides. Because the LIMS knows your inventory, it can also reduce over-ordering which leads to waste and increased costs and eliminate unexpected reagent depletion which causes work delays and project overruns. It will record expiration dates and restrict use of expired goods, track recipes including these reagents, record who made them, deprecate volumes as reagents are used, and prompt users when it is time to reorder. Reagents and consumables inventory – A LIMS will allow you to record all reagents and consumables that enter your lab. #GLIMS LOGO FULL#LIMS is the great agreggator of your data and as such it is important that it also tracks any changes throughout the sample lifecycle and produces a full audit trail of every action performed on each sample. Samples are often divided into aliquots and LIMS not only tracks the sample and result at each aliquot, but also provides a consolidated view at the sample, patient, project or batch level, depending on your workflow.
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