Cytek BioSciences Inc.

• US
• Cytek BioSciences Inc.
• Health-Care

CTKB

We are a leading cell analysis solutions company advancing the next generation of cell analysis tools by leveraging novel technical approaches. Our goal is to become the premier cell analysis company through continued innovation that facilitates scientific advances in biomedical research and clinical applications. We believe our core instruments, the Aurora and Northern Lights systems, are the first full spectrum flow cytometers able to deliver high-resolution, high-content and high-sensitivity cell analysis by utilizing the full spectrum of fluorescence signatures from multiple lasers to distinguish fluorescent tags on single cells (“Full Spectrum Profiling” or “FSP”).

Our novel approach harnesses the power of information within the entire spectrum of a fluorescent signal to achieve a higher level of multiplexing with exquisite sensitivity. Our patented FSP technology optimizes sensitivity and accuracy through its novel optical and electronic designs that utilize an innovative method of light detection and distribution. Our FSP platform includes instruments, reagents, software and services to provide a comprehensive and integrated suite of solutions for our customers. Since our first U.S. commercial launch in mid-2017 through March 31, 2021, we have sold and deployed over 750 instruments—primarily comprised of our Aurora and Northern Lights systems—to over 620 customers around the world, including the largest pharmaceutical companies, over 125 biopharma companies, leading academic research centers, and clinical research organizations (“CROs”). In June 2021, we began shipping the Aurora cell sorter (“Aurora CS”), which uses our FSP technology to further broaden our potential applications across cell analysis.

Biological systems are highly complex, and the multitude of questions that remain unanswered sets many challenges for scientists. Analysis at the single cell level is essential to understand these complex systems. Identifying the correct cell in the context of a given biological question can have profound implications for drug development and health care decisions. It is essential to correlate information derived from multiple cell analysis approaches and to translate what is known at the gene level to the actual cell function.

There is growing demand for deep content through high-dimensional cell analysis and for solutions that can provide a complete picture of cellular biological processes and interactions. To achieve this, scientists need to phenotype and isolate rare events or unique populations down to the single-cell through highly resolvable multi-dimensional cell analysis. While flow cytometry is a widely used tool for single-cell analysis, conventional flow cytometry, mass cytometry and early approaches to spectral flow cytometry technologies have historically been challenged due to limited dimensionality, sub-optimal resolution, low throughput, high cost for performance and/or significant technical expertise required to operate systems. 
 

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