Cell Line Development Feature

Cell line development refers to the process of establishing a stable, immortalized population of cells derived from a specific tissue or organism. This involves isolating cells from the desired tissue source and growing them in laboratory conditions that support their continued growth and survival.

The goal of cell line development is to create a cell line that can be used in various research applications, such as drug discovery, biotechnology, and cell-based assays. These cell lines are often genetically modified or selected for specific characteristics, allowing them to be used as models to study disease mechanisms, test potential therapies, or produce desired molecules.

This editorial feature shares expert resources on the methods and technologies used in the development of cell lines and how these cells are optimized for applications including the study of disease mechanisms, screening therapeutics, and in the production of biotherapeutics.

Addressing analytical gaps in cell-based solutions

Cell-based assays are crucial for biologics development but face challenges like variability and complex setups. Learn practical tips to reduce assay variability, improve reproducibility, and generate regulatory-ready data for next-gen therapies.

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Gaining high throughput without compromising data quality

Teva Pharmaceuticals achieved higher throughput and faster data collection with the BioPhase 8800 system, maintaining data quality and existing SOPs. Explore how this innovation supports stability testing and process development.

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Discover the DeNovix CellDrop™ FL

Count a wide range of cell types without slides using the CellDrop™ FL, an automated cell counter for cell culture, primary cells, stem cells, organoids, hepatocytes, yeast, and more. Experience innovation in action.

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Controlled knock-in for speedy mammalian cell line development

Accelerate cell line development with TARGATT™ large knock-in technology. Enabling site-specific single-copy insertion of 20+ kb of DNA with high efficiency and negligible off-target events.

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