Meet the challenges of single cell analysis

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Single cell analysis is crucial for studying cellular diversity and heterogeneity in a complex mixture of materials. Whether you’re studying single cell genomics, circulating tumor cells or the microbiome, analyzing single cells creates the potential for deep understanding of cell heterogeneity. But several challenges stand in the way of this goal, such as allelic drop-out, coverage uniformity and low yield. How can you overcome them?

This new infographic covers these challenges and their solutions, including applications of certain types of single cells and the appropriate technology to get optimal results.

Single cell infographic
Lily Xu Xuanyan

Lily Xu graduated from Leiden University, The Netherlands, after studying biochemistry and science-based business. With a background in both molecular genetics and the commercialization of new technologies, Lily joined QIAGEN in 2012. Since then, she has been involved in managing various parts of QIAGEN’s sample and assay portfolio. Lily's interests span several emerging fields, particularly single-cell analysis and microRNA biomarker discovery.

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