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Table 1 Summary of single-cell RNA-seq technologies

From: Single-cell sequencing in stem cell biology

Assays

Cell capture strategies

cDNA amplification strategies

Target RNAs

Poly(A) minus RNA detection

Number of cells

UMI

Reference(s)

scRNA-seq

Mouth pipette or FACS

Polyadenylation followed by PCR

Full-length mRNAs

No

1–100

No

[5]

Quartz-seq

Mouth pipette or FACS

Polyadenylation followed by PCR

Full-length mRNAs

No

1–100

No

[11]

Smart-seq/Smart-seq2

Mouth pipette or FACS

Template-switch followed by PCR

Full-length mRNAs

No

1–100

No

[6, 7]

MALBAC-RNA

Mouth pipette or FACS

MALBAC

Full-length mRNAs

No

1–100

No

[12]

PMA

Mouth pipette or FACS

Rolling circle amplification

Full-length mRNAs

No

1–100

No

[13]

SMA

Mouth pipette or FACS

Semi-random priming followed by PCR

Full-length mRNAs

No

1–100

No

[13]

SUPeR-seq

Mouth pipette or FACS

Random priming followed by PCR

Full-length mRNAs

Yes

1–100

No

[32]

Fluidigm C1

Microfluidic system

Template-switch followed by PCR

Full-length mRNAs

No

100–1000

No

[18]

Microfluidic scRNA-seq

Microfluidic system

Polyadenylation followed by PCR

Full-length mRNAs

No

100–1000

No

[19]

STRT-seq

Mouth pipette or FACS

Template-switch followed by PCR

5′ end of mRNAs

No

10–100

Yes

[9, 10]

CEL-seq

Mouth pipette or FACS

In vitro transcription

3′ end of mRNAs

No

10–100

Yes

[8]

MARS-seq

Robotics and automation

CEL-seq

3′ end of mRNAs

No

100–1000

Yes

[20]

CytoSeq

Bead-based

CEL-seq

3′ end of mRNAs

No

>1000

Yes

[21]

Drop-seq

Droplet- and bead-based

Template-switch followed by PCR

3′ end of mRNAs

No

>1000

Yes

[22]

inDrop

Droplet- and bead-based

CEL-seq

3′ end of mRNAs

No

>1000

Yes

[23]

TIVA

In vivo mRNA capture based on photo-activation

In vitro transcription

Full-length mRNAs

No

10–100

No

[14]

FRISCR

FACS or fixed cells

SMART-seq2

Full-length mRNAs

No

10–100

No

[15]

Patch-seq

Aspiration through patch-clamp pipette

STRT-seq/SMART-seq2

5′ end of mRNAs or full-length mRNAs

No

10–100

Yes/no

[16, 17]

FISSEQ

In situ RNA sequencing

Rolling circle amplification

Full-length mRNAs

No

100–1000

No

[24]

  1. FACS fluorescence-activated cell sorting, FISSEQ fluorescence in situ sequencing, FRISCR fixed and recovered intact single-cell RNA, MALBAC multiple annealing and looping-based amplification cycles, MARS massively parallel single-cell RNA-sequencing, PCR polymerase chain reaction, PMA Phi29-mRNA amplification, sc single-cell, seq sequence, SMA semirandom primed PCR-based mRNA transciptome amplification, STRT-seq single-cell tagged reverse transcription, TIVA transcriptome in vivo analysis, UMI unique molecular identifier