New Microplate Hotel from TAP Biosystems Extends Screening System Support

3 Oct 2013
Sarah Thomas
Associate Editor

TAP Biosystems, a leading supplier of innovative cell culture systems and consumables for life science applications, today introduced a new microplate hotel for use with its CompacT SelecT™ automated cell culture system. The new plate hotel is compatible with LiCONiC plate incubators and allows users to transfer entire stacks of plates between the CompacT SelecT and LiCONiC incubator based screening systems, thus saving scientists’ time and improving the efficiency of supplying consistent quality cells to increase throughput in cell-based screening operations.

The new microplate hotel, developed in conjunction with LiCONiC AG, is compatible with their STR incubator range. This ensures researchers can significantly reduce plate transfer times and reduce the risks associated with manual plate relocations. The addition of the new LiCONiC-compatible plate hotel extends the functionality of CompacT SelecT to provide fully automated aseptic cell culture processing for a continuous supply of consistent quality cells, thereby increasing productivity in cell-based screening programs.

Dr Dave Thomas, Product Manager at TAP Biosystems explained: "Our integrated plate incubator on CompacT SelecT has always supported the use of the Kendro-compatible hotels and made the transfer of plates between the CompacT SelecT and Cytomat® incubators a convenient process for our users. Recently, with the choice of cell types and assays increasing, a wider range of screening systems are being used in the screening workflow. Previously, this has meant scientists using LiCONiC incubators on their screening platforms have had to manually unload individual plates from the CompacT SelecT incubator and transfer them to their screening system. This operation of unloading and reloading plates can take up to an hour and there is always a risk of dropping a plate or putting it back incorrectly. With these new LiCONiC-compatible plate hotels, users can now transfer entire hotels between systems in a fraction of the time thereby dramatically increasing the efficiency of the operation.”

Thomas concluded: "For the last decade, TAP’s SelecT and CompacT SelecT systems have been the backbone of cell culture supply operations for screening programs in leading pharma and biotech companies. Our latest development, the new plate hotel, has been designed in response to the ongoing productivity and quality demands of the industry. Scientists that need to achieve reproducible results and increase throughput in their cell-based assay programs should contact us at TAP Biosystems to discuss not only the new plate hotel but also how the CompacT SelecT can lead to improvements in quality and consistency of cell supply in order to achieve optimum screening workflow.”

CompacT SelecT™ SC Automated stem cell culture system

TAP Biosystems

CompacT SelecT SC cultures multiple stem cell lines in parallel in T-Flasks and plates without cross contamination. Offers reliable and consistent maintenance, expansion and differentiation of stem cell lines. CompacT SelecT™ is the leading automated cell culture system, used in labs across commercial and academic life science. It is now available with new options to enable the culturing of complex cell lines for oncology programmes, stem cell research and toxicity studies.CompacT SelecT SC provides a solution for core stem cell facilities and academic labs conducting basic stem cell research programs. Can also be used as a platform for the provision of stem cells for drug discovery screening programs and cell therapy research programs.CompacT SelecT grows cells from multiple cell lines in T-flasks for cell line maintenance and expansion. It can generate assay-ready plates on demand for cell-based screening and assay development.CompacT SelecT™ SC Automated stem cell culture system Automates: Expansion and maintenance of multiple cell lines Sub culturing Expanding cell numbers through the seeding of a number of flasks Transient transfection Harvesting and plating of cells for assays and screening Harvesting of cells in flasks for off-line processing Incubation of up to 90 T 175 format flasks and 210 plates Cell counting and viability measurement Processing of single, Triple and 10 layer (HYPERFlask) flasks Plating into 96 and 384-well plates

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