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poster

High-throughput single-cell targeted DNA sequencing using an updated Tapestri platform reveals rare clones and clonal evolution for multiple blood cancers


Nianzhen Li
AACR (2019)

The challenge in precision medicine has been improving the understanding of cancer heterogeneity and clonal evolution, which has major implications in targeted therapy selection and disease monitoring. Single-cell sequencing has the potential to provide unique insights on the cellular and genetic composition, drivers, and signatures of cancer at unparalleled sensitivity.


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poster
Single-cell multi-omics for simultaneous detection of SNVs, CNVs, and proteins using the Tapestri Platform
Aik Ooi, PhD
AMP (2019)
poster
An automated high-throughput custom single-cell targeted DNA sequencing platform to reveal rare clonal evolution in cancer and characterize mutation profiles in CRISPR edited cells
Daniel Mendoza
ASHG (2019)
poster
Single-cell simultaneous detection of DNA genotype and protein expression
Aik Ooi, PhD
SCG (2019)
poster
Using Machine Learning to Optimize Assays for Single-Cell Targeted DNA Sequencing
Shu Wang
SCG (2019)
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