New computational approach creates spatial maps of single-cell data within tissues

A new computational approach developed by researchers at The University of Texas MD Anderson Cancer Center successfully combines data from parallel gene-expression profiling methods to create spatial maps of a given tissue at single-cell resolution.

Related Keywords

United States ,Texas ,American ,Nicholas Navin ,Runmin Wei ,Savitri Krishnamurthy ,Emily Henderson ,American Association For Cancer Research ,University Of Texas Md Anderson Cancer Center ,Siyuan He Of The Navin Laboratory ,Cancer Center ,Nature Biotechnology ,American Association ,Cancer Research ,Annual Meeting ,Navin Laboratory ,Cell ,Bioinformatics ,Biotechnology ,Rain ,Breast Cancer ,Dancer ,Gene ,Ene Expression ,Enetics ,Kidney ,Pathology ,Mh ,Research ,Na ,Na Sequencing ,Transcriptomics ,Humor ,