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BioinformaticsProceedings of the National Academy of Sciences
Peer-reviewed journal article

scMerge: Integration of multiple single-cell transcriptomics datasets leveraging stable expression and pseudo-replication

Yingxin LiniD, Shila GhazanfariD, Kevin Y. X. WangiD, Johann A. Gagnon-BartschiD, Kitty LoiD, Xianbin SuiD, Ze‐Guang HaniD, John T. OrmerodiD, Terence Paul SpeediD, Pengyi YangiD, Jean Yee Hwa YangiD

Abstract

Concerted examination of multiple collections of single cell RNA-Seq (scRNA-Seq) data promises further biological insights that cannot be uncovered with individual datasets. However, such integrative analyses are challenging and require sophisticated methodologies. To enable effective interrogation of multiple scRNA-Seq datasets, we have developed a novel algorithm, named scMerge, that removes unwanted variation by combining stably expressed genes and utilizing pseudo-replicates across datasets. Analysis of large collections of publicly available datasets demonstrates that scMerge performs well in multiple scenarios and enhances biological discovery, including inferring cell developmental trajectories.

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