SCITUNA: single-cell data integration tool using network alignment
Aissa Houdjedj, Yacine Marouf, Mekan Myradov, Onur Dogan, Burak Onur Erten, Oznur Tastan, Cesim Erten and Hilal Kazan
BMC Bioinformatics, 2025
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We introduce a novel method for batch effect correction named SCITUNA, a Single-Cell data Integration Tool Using Network Alignment.
The method aligns batches iteratively, progressively integrating each batch into a unified representation to correct for batch effects.
We perform evaluations on 39 individual batches from four real datasets and a simulated dataset, which include both scRNA-seq and
scATAC-seq datasets, spanning multiple organisms and tissues. A thorough comparison of existing batch correction methods using 13
metrics reveals that SCITUNA outperforms current approaches and is successful at preserving biological signals present in the original data.
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