Cell Selection: CellCelector Expert Resources and Insight
The CellCelector platform is a unique and fully automated cell imaging and picking system developed for detection, selection and isolation of single cells, clusters, spheroids, and organoids as well as single-cell clones and adherent colonies.
Gain expert insight to leverage the full breadth of CellCelector applications including cell line development, single cell isolation, stem cell research, and more.
Tumor heterogeneity plays a crucial role both in cancer evolution and in clinical treatment and understanding tumors on the single cell level may have...
Single-cell isolation is critical to numerous research areas, including rare-cell analysis, biologics discovery, and stem cell studies.
Human induced pluripotent stem cells (hiPSCs) are an invaluable resource in the field of regenerative medicine, with hiPSC reprogramming providing a p...
Fully automated, image-based screening and isolation of clones and single cells for antibody discovery.
High-throughput nanowell-based image-verified cloning technology generates clones in just one round while providing proof of monoclonality.
Stem cells play an important role in the field of regenerative medicine as their high self-renewal and differentiation potential makes them part...
This technical note focuses on both methods within the antibody discovery workflow and the role CellCelector can play.
Download this technical note to learn about the advantages of CellCelector in organoid and spheroid research.
Understanding the heterogeneity within a cell population can reveal a wealth of insight into cell fate and function.
Read this short technical note to learn about the gentle transfer of a range of cell clusters and tissue types with data leveraged using the CellCelec...
Read this short technical note to learn about the gentle transfer of a range of different colonies with data leveraged using the CellCelector Flex pla...
Read this short technical note to learn about the accurate identification and picking of a wide variety of single cells with data leveraged using the...
The development of stable and robust cell lines is the cornerstone of biologics production. However, this process presents numerous logistical and tec...
Explore the advantages of automating B cell workflows for increased efficiency and shorter timescales in clinical and biotherapeutic research and anti...
Learn about an accelerated and streamlined workflow approach for the culture, monitoring and characterization of iPSCs.
Understand how to spatially locate a cell of interest, capture it and amplify the genome for analysis.
This application note outlines the utility and value of the CellCelector Flex at key stages of the cell-line development workflow.
Stem cell workflows are inherently complex in part due to their sensitivity to environmental stress which can cause spontaneous differentiation. Addit...
Image-based, single-cell isolation technologies have revolutionized research and clinical applications by providing unprecedented precision in cell ma...
Chapters highlight the workflow challenges of isolating circulating tumor cells (CTCs) following enrichment, isolating single clones for cell-line dev...
Rapid, automated workflows for screening, isolating, and assaying antibody-secreting cells. enabling researchers to assay thousands of single primary...
Explore the recent progress in predictive modeling combining artificial intelligence and machine learning.
Learn how to monitor, maintain and culture stem cells consistently and reliably while retaining high levels of cell health in this webinar.
Watch this webinar as Andris Abramenkovs highlights the utility of the CellCelector platform for isolating a wide range of CTC subtypes, drawing from...
Doing things quickly has become a paradigm in biopharma development. Simultaneously, in early development, variability is required to extract the most...
Mammalian cell platforms offer many advantages for viral vector and recombinant protein production, with cell lines such as HEK293 able to be expanded...
Watch this webinar as Andris Abramenkovs introduces the CellCelector Flex platform. Mark Lynch then presents a novel workflow that simplifies single c...
The webinar will discuss how to accelerate cell line development workflows with the new-to-Sartorius CellCelector Flex platform for high-throughput de...
Cell line development (CLD) is the process of generating a cell line which stably expresses a biopharma product at high amounts and in optimal product...
The versatility of the CellCelector Flex has been already been documented in numerous publications across many different research fields. The menu below highlights a small number of open access publications. Links to further publications and protocols can be provided by requesting additional literature below.
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