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Cell Line Development
Traditionally, cell line development has been achieved manually, limiting it to low-throughput applications and making it susceptible to variability caused by human error and contamination. Automating the cell line development workflow— from a point of genetic manipulation through clone selection—increases throughput and optimizes media conditions which are critical for cell lines needed for vaccines, antibody production, recombinant therapies and drug screening.
Cell-Based Assays
Cell Culture is an essential workflow that enables studies to be performed in drug discovery and scientific research. As throughput and the desire to have more rich data early on in the research studies, automation continues to be integral in aiding laboratories manage the seeding, feeding and passaging of cells, that otherwise could be significant time and be error prone.
Continuous Cell Culture
Continuous cell culture provides scientists the ability to readily have assay-ready plates available to test potential agents or to have large quantities of multiple cell lines available for therapies research. Through a continuous cell culture Biomek solution, researchers are able to react quickly to requests from assay-development labs for screening or able to provide their team with batches of cell lines; multiple requests are often received in parallel.
Virus concentration from aqueous solutions by ultracentrifugation
Ultracentrifugation is a technique capable of concentrating viruses from aqueous solutions, basically this is done by a simple pelleting step that concentrates the virus from a solution in a small pellet at the bottom of a centrifuge tube.
How Does the Cytobank Workflow Fit Your Research?
<span style="color: #4d4d4d;">Cytobank is the leading cloud-based platform for the advanced analysis of high dimensional life science data.</span>
