Automated workstations have become increasingly used among laboratories to improve performance and productivity. Automating many of the experimental procedures traditionally done by scientists can help increase reproducibility and throughput. Controlled robotic movement may also help minimize any variation in manual techniques from different personnel.
Workstations that are modular can be further customized to suit a particular application, such as sample preparation for genomics, proteomics, cellular analysis and more. Some considerations in choosing an appropriate workstation may include deck capacity, type of microplate supported, number of pipetting channels, as well as any optional or built-in features.
Advanced technologies are improving the characterization of antibodies
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Automating single-cell transcriptomic workflows has upended field.
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The Sapphire FL Biomolecular Imager is a field-upgradable laser scanner, with a wide selection of user-adjustable lasers and filters. It features 5-micron resolution, adjustable Z-plane focus and a wide field of view of 25cm X 25cm. Applications ...
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Easy-to-use, compact protein purification system ÄKTA start™ fits neatly on your bench-top and has a front-facing work area that allows easy access to the system. Run ÄKTA start™ at the touch of a button using the intuitive touchscreen. ...
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Measuring the concentration of total interferon-alpha secreted by cells in peripheral blood samples, serum samples or even culture supernatants is not an easy task. There are 14 different isoforms of this powerful stimulatory cytokine that are ...
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The MultiPROBE® II Plus (MP II) is a liquid handler from Revvity; it uses syringes and a peristaltic pump. To pipette liquid from a source it will use the syringes to move a liquid through very small tubes letting...
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