FEATURED ARTICLES

• Isolate Bright GFP-Expressing HEK293 Cells For Cell Line Development Workflow

  Explore a high-efficiency workflow for isolating and expanding GFP-expressing HEK293 cells that enables stable, bright clones ideal for imaging and tracking to simplify clonal development.

• Generate CHO-K1 GFP-Expressing Cells For Cell Line Development Workflow

  Discover a high-efficiency workflow for generating GFP-expressing CHO-K1 clones using automated single-cell dispensing to achieve 93% isolation success and stable expression in under five weeks.

• Simplify Cell Line Development

  A streamlined workflow combining microfluidic dispensing and multimodal imaging enables efficient single-cell isolation, viability assessment, and outgrowth analysis to support cell line development.

• A Universal Workflow Approach For Single Cell Mass Spectrometry Based Proteomics

  Learn about a streamlined workflow that improves reproducibility, reduces contamination, and simplifies single-cell proteomics with comparable results to FACS.

• Enable Low Volume Delivery Of Proteins In Aqueous Solutions

  Achieve ultra-low volume dispensing of proteins and aqueous solutions without surfactants with consistent precision, minimal contamination, and broad compatibility to streamline your lab workflow.

• A Digital Dispenser For Single-Cell And Low-Input Proteomics

  Discover a high-precision dispensing system that enables rapid, low-volume sample prep for single-cell proteomics to support flexible workflows, maintain cell integrity, and deliver reliable results.

• Real-Time Growth Monitoring Of Spheroids In Round Bottom Microplates

  Real-time spheroid monitoring combines brightfield and fluorescence imaging with automated analysis. Find out how this workflow enhances reproducibility and supports high-content 3D cell culture applications.

• Label-Free Analysis Of Multiple Spheroids In A Matrix

  Gain insight into how automated z-stack imaging and AI-based analysis enable accurate, label-free monitoring of spheroid development in 3D matrices for drug screening and cell culture workflows.

• Enhance Cell Line Development With Rapid Whole-Well Imaging

  Whole-well imaging streamlines clone selection by enabling rapid, automated analysis of single-cell growth and morphology, which reduces manual effort and improves reproducibility.

• Automation-Assisted Washing Of Multicellular 3D Spheroids

  Automated washing of 3D spheroids improves consistency, reduces cell loss, and streamlines staining workflows. See how this approach enhances reproducibility and throughput in microplate-based assays.

• In Vitro Drug Screening On Cancer Cells

  Explore a high-throughput assay combining stain-free imaging and multiplexed viability/toxicity measurements to evaluate drug effects on cancer cells, ideal for labs optimizing cell-based screening.

• Walk-Away Monitoring Of Cytotoxicity, Viability, And Apoptosis

  Real-time cell health monitoring reveals how drug dose and timing impact apoptosis, necrosis, and viability. Explore how automated workflows help pinpoint mechanistic toxicity windows.

• Getting The Most Out Of Cell-Based Assays With The Optimal Read Function

  Gain insight into a whole-well fluorescence analysis that improves sensitivity and reproducibility in cell-based assays by accounting for uneven cell distribution.

• Advancing Multiomics Through Intelligent Automation

  Modern automation tackles hidden pipetting errors and boosts reproducibility. Discover how your lab can scale confidently, reduce rework, and accelerate multiomic workflows with built-in traceability.

• Pathogen Detection And Characterization

  Unlock high-quality transcriptome data from degraded or low-input samples with a 6.5-hour workflow and enhanced sensitivity for rare transcripts and viral detection, even from FFPE tissues.

• A Simple And Accurate Method To Quantify Molar Concentrations

  Explore a fast, size-independent method for NGS library quantification that improves accuracy, reduces workflow time, and ensures consistent sequencing results without the need for qPCR.

• Fast And Efficient Processing Of ELISA Assays

  Explore how a streamlined ELISA workflow using automated washing and reading tools enabled accurate detection of hepatitis B markers with no false results.

• Analyzing Biological Drug Effects In 3D

  Explore how 3D tumor microtissues paired with fluorescence-based assays offer scalable, high-sensitivity drug testing to deliver stronger signals and reproducible results compared to monolayer cultures.

• Advance Long-Term Cell Kinetics With Integrated Fluid Handling

  Examine how a novel setup enables uninterrupted long-term cell-based assays by combining CO₂ regulation and evaporation control to improve cell viability and data consistency for real-time analysis.

• Maximize Your Laboratory Efficiency

  Gain insight into how labs can boost productivity by reducing downtime, minimizing errors, and increasing walk-away time through real-time insights and analytics.