Cell Line Development

UP.SIGHT™ – Fast and Precise Clonal Derivation Double Assurance on a Single instrument Enabled by 3D Well Imaging

Producer’s cell lines must be derive from a single-cell progenitor to ensure consistency, quality, and safety of a therapeutic product. In this technote, we introduce two innovative capabilities of the UP.SIGHT™. Automated Offset Correction (AOC), which ensures dispensed single cells land near the center of the well, and 3D Well Imaging, which capture images of the […]

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C.WASH™ – Multiplex protein analysis using LUNARIS™ Kits and the CYTENA C.WASH plate washer and liquid dispenser

Efficient and reproducible washing is essential for immunoassay sensitivity and consistency. To optimize beyond manual and semi-automated methods, the LUNARIS multiplex assay protocol was adapted to the C.WASH washing and liquid handling system.  This technology enables straightforward use with 384-well plates, processing large sample numbers without compromising volume, sensitivity, or robustness – while reducing hands-on

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The UP.SIGHT™ enables gentle single cell clonal expansion of human iPSCs with high clone recovery

The UP.SIGHT enables gentle, high-recovery single-cell cloning of human iPSCs with built-in imaging-based verification of clonality. Through real-time nozzle inspection and 3D full-well imaging, the system ensures monoclonality with over 99.99% accuracy. Optimized dispensing conditions, such as saline buffer and enhanced cloning media, boosted clone recovery up to 80%, while ultra-fast automated plate imaging enabled efficient

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F.SIGHT™ – Fluorescence intensity-based isolation of single cells with assured clonality for CLD workflows

Fluorescence-based workflows enhance single-cell cloning efficiency and clonality assurance. In this study, the F.SIGHT was used to isolate fluorescently stained cells, enabling clear viability assessment and direct correlation of GFP expression with gene-of-interest production. Our findings support the use of the F.SIGHT as a reliable platform for fluorescence intensity–based single-cell isolation in CLD workflows. Learn

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Streamlined Workflow for the Generation of CRISPR-edited Mesenchymal Stem Cell Clones for Regenerative Medicine Applications

CRISPR/Cas9 editing enables precise modifications in mesenchymal stem cells (MSCs), but isolating monoclonal clones remains a bottleneck. In this study, the F.SIGHT™ enabled gentle, fluorescence-guided single-cell isolation of MSCs edited to knock out RANKL, even when expression levels were low. With over 93% single-cell isolation efficiency, the system generated 182 viable clones – ultimately yielding

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Combined Single-cell Dispensing and 3D Full Well Imaging for Cell Lines with >99.99% Probability of Monoclonality

Ensuring monoclonality in cell line development is essential yet challenging. In this study, the UP.SIGHT™ combines double verification of single-cell dispensing, via nozzle imaging and novel 3D full-well imaging, to confirm monoclonality (>99.99%) without centrifugation or fluorescent labeling. Compatible with 96-, 384-, and 1536-well plates, the UP.SIGHT enables high-throughput single-cell cloning and colony tracking, with minimal

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Acoustophoresis-based Cell Focusing Enables Enhanced Single-cell Dispensing

Acoustophoresis-based cell focusing improves precision in single-cell applications by aligning cells prior to dispensing. In this study, the UP.SIGHT™ was used to enhance cell isolation efficiency, recovery rate, and dispensing speed at low concentrations while maintaining high cell viability. Our findings support the use of the UP.SIGHT as a reliable platform for accurate, fast, and gentle

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C.WASH™ – Automated noncontact washing of suspension cells

Suspension cells are essential in immunology and hematology, yet conventional centrifugation and manual washing can cause variability and cell loss. The C.WASH was evaluated for washing suspension cells in 96-well microtiter plates for phenotypic characterization by flow cytometry. Using centrifugal forces and contact-free dispensing, the system gently removed medium while retaining pelleted cells. Compared to manual

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F.SIGHT™ – Deconvoluting clonal complexity of barcoded cell populations

The F.SIGHT was used to isolate and verify monoclonal single-cell clones from pools of differently barcoded subpopulations. This process enables deconvolution of complex cell populations to directly connect genetic alterations with their biological effects, without compromising clonal diversity. With its precision and reliability, the F.SIGHT proved crucial for achieving accurate single-cell isolation in this workflow. Learn

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