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. Author manuscript; available in PMC: 2021 Apr 13.
Published in final edited form as: Cancer Cell. 2020 Apr 13;37(4):456–470. doi: 10.1016/j.ccell.2020.03.008

Table 1 -.

Technologies for High-Throughput Single Cell Sequencing

Method Technology Name Platform Cost Chemistry References
scRNA-seq microdroplets 10X Genomics RNA commercial 10K $$$$ 3' or 5' Zheng et al. 2017
microdroplets Drop-seq research 10K $$ 3' Macosko et al. 2015
microdroplets Indrop research 10K $$ 3' Klein et al. 2015
nanowells Seq-Well research 10K $ 3' Gierahn et al. 2017
nanowells Takara Wafergen commercial 1.8K $$$$ 3', full-length Goldstein et al. 2017
nanowells cytoseq research 100K $$ 3' Fodor et al. 2015
FACS smart-seq2 research 384 $ full-length Ramskold et al. 2012
FACS sci-RNA-seq research 100K $$ 3' Cao et al. 2017
 
scEpigenomics microdroplets 10X Chromium ATAC commercial 10K $$$$ tagmentation Satpathy et al. 2019
FACS ATAC tagmentation research 384 $ tagmentation Buenrostro et al. 2015
FACS dscATAC-seq research 100K $ tagmentation Cusavonich et al. 2015
micromanipulation scRBBS research 100 $$ RBBS Guo et al. 2013
 
scDNA-seq microdroplets 10X Chromium CNV commercial 10K $$$$ MDA Andor et al. 2018
microdroplets Mission Bio Tapestri commercial 10K $$$ amplicon PCR Lan et al. 2017
nanowells Wafergen Takara commercial/res 1.8K $$$$ tagmentation Laks et al. 2019
Microfluidics tagmentation research 200 $$ tagmentation Zahn et al. 2017
FACS sci-seq research 100K $$ tagmentation Adey et al. 2017