High-Throughput Monoclonality and Cell Line Screening with Cyto-Mine® Technology
Explore how the Cyto-Mine® platform transforms workflows in biomanufacturing and cell line development by combining high-throughput screening, precise monoclonality assurance, and automated single-cell dispensing in one system. In this featured study, researchers show how Cyto-Mine®’s picodroplet technology enables efficient isolation and analysis of high-producing cells, streamlining complex processes from clone selection to biotherapeutic production. Discover how picodroplet microfluidics offers a significant edge in monoclonality and productivity for bioprocessing.
Plant Cell Analysis with Microfluidics: High-Throughput Screening of Single Plant Cells
Learn how high-throughput microfluidic technology enables single-cell analysis and sorting of plant cells at scale, advancing plant biotechnology research. This study introduces a novel droplet-based platform that can encapsulate and analyze over 100,000 plant protoplasts per hour, quantifying gene expression responses and enabling the selection of transgenic cells based on fluorescence. This approach has vast potential for genetic research, allowing efficient screening of plant phenotypes and synthetic circuits with minimal plant material.
Accelerating Monoclonal Cell Line Development with Picodroplet Technology
This publication highlights an innovative approach for creating biomanufacturing-ready cell lines using Cyto-Mine® technology. By coupling microfluidic picodroplet workflows with integrated plate imaging, researchers achieved over 99% assurance of monoclonality, improving efficiency, and meeting stringent regulatory standards. Cyto-Mine®’s ability to screen, sort, and dispense single cells with high precision ensures a reliable and reproducible cell line development process, ideal for biotherapeutic applications.
How to Select the Right CHO Cell Line for Biologics Development
Dr. Louis Boon explores the pivotal role of Chinese Hamster Ovary (CHO) cells in biologic drug development and explains how automation and cell line platforms can optimize monoclonality, productivity, and regulatory compliance. Discover expert insights into overcoming cell line development challenges to build a solid foundation for bioprocessing success.
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