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Cell Microsystems

Cell Microsystems dedicate themselves to empowering scientists worldwide with unique and cutting-edge tools, opening new windows in cell analysis and therapeutic advancements. They exist to orchestrate "wow" moments in cell biology, equipping researchers with the ability to envision, discern and harness the full potential of cells throughout their lifecycle, from cradle to grave. Cell Microsystems embark on this journey with a steadfast resolve to make the impossible possible, igniting scientific discovery and advancing progress in the life sciences.

Latest Content

Microscopic view of cells under blue filter, representing cell-based screening techniques

Revealing Dynamic Biological Insights With Shear Flow

In this webinar, our expert speaker will perform a live demonstration of the BioFlux Shear Flow System and illustrate how shear flow assays can elevate your research.

Microscopic view of a dividing cell, representing cell culture research

Cloning the Unclonable: Overcoming Challenges in Cell Line Development

In this webinar, you’ll learn how researchers from Stanford University and the Lineberger Comprehensive Cancer Center have tackled tough challenges in cell line development.

Scientist using a pipette for antibody analysis in a laboratory, with samples in a multi-well plate and petri dish.

App Note / Case Study

Faster, Reliable Cell Line Development Solutions

This case study highlights a novel platform that enabled a research team to identify, isolate and expand rare NIH-3T3 clones expressing HER2 and EBFP2, achieving results in weeks rather than months.

The Power of Dynamic Analyses in Biofilm Research

Dr. Bastiaan Krom, Professor at the University of Amsterdam, will illustrate the power of dynamic visualization of microbial biofilms as he discusses how his laboratory has elucidated time-dependent processes in microbial biofilms.

Bioflux 100 HT Machine

BioFlux Shear Flow Systems: Mimic True Biology

BioFlux shear flow systems provide researchers with the power to introduce physiological and pathological shear flow, along with environmental gas and temperature control, effectively emulating in vivo conditions and revealing the cells’ true biology

3D illustration of an antibody structure with yellow antigen-binding sites against a dark background with scattered particles

Advancing Monoclonal Cell Line Development: Technologies and Challenges

This whitepaper explores the available technologies, key challenges and the growing impact of single-cell cloning.

Cell Microsystems and Colossal Webinar

Reviving the Past, Safeguarding the Future: Challenges and Innovations in Cell Culture for De-Extinction

In this webinar, we will discuss the cell culture aspects of the de-extinction project, from making a large number of precision genome edits in single cells, growing and expanding these cells and testing the edited cells in mouse models.

Cell micro webinar 10th October 2023 TN

Development of iPSCs: From Reprogramming to Functional Assessment

Reprogrammed patient-specific induced pluripotent stem cells (iPSCs) are a valuable resource in the development of models for studying unique diseases or drug responses.

Cloning in the Third Dimension: Breakthroughs in 3D Biology content piece image

Cloning in the Third Dimension: Breakthroughs in 3D Biology

In this webinar, Dr. Allysa Stern will discuss a unique workflow that enables clonal organoid development, monitoring of iPSC differentiation over time and automated isolation of single organoids.

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