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Table 9 Details of the benchmark data sets

From: A comprehensive evaluation of long read error correction methods

Data

Sequencing

Sequencing

Sequencing

Read length

Number of

Reference

Genome

Reference

set

specification

NCBI accession

depth a

(bp) b

reads

genome

length (Mbp)

NCBI accession

D1-I

Illumina Miseq

- c

373x

2 ×151

2 ×5 729 470

E. coli K-12 MG1655

 

NC_000913.3

D1-P

Pacbio P6C4

- d

161x

13 982

87 217

 

4.6

 

D1-O

MinION R9 1D

- e

319x

14 891

164 472

   

D2-I

Illumina Miseq

ERR1938683

81x

2 ×150

2 ×3 318 467

S. cerevisiae S288c

 

GCF_000146045.2

D2-P

Pacbio P6C4

PRJEB7245

120x

8 656

239 408

 

12.2

 

D2-O

MinION R9 2D

ERP016443

59x

7 001

119 955

   

D3-I

Illumina Nextseq

SRX3676782

44x

2 ×151

2 ×20 619 401

D. melanogaster ISO1

 

GCF_000001215.4

D3-P

Pacbio P5C3

SRX499318

204x

15 132

6 864 972

 

143.7

 

D3-O

MinION R9.5 1D

SRX3676783

32x

11 934

663 784

   
  1. aSequencing depth is estimated using the sequencing data and reference genome size
  2. bN50 is reported for PacBio or ONT reads, since their lengths vary
  3. cDownloaded from Illumina at https://ftp://webdata:webdata@ussd-ftp.illumina.com/Data/SequencingRuns/MG1655/MiSeq_Ecoli_MG1655_110721_PF_R1.fastq.gzand https://ftp://webdata:webdata@ussd-ftp.illumina.com/Data/SequencingRuns/MG1655/MiSeq_Ecoli_MG1655_110721_PF_R2.fastq.gz
  4. dDownloaded from PacBio at https://github.com/PacificBiosciences/DevNet/wiki/E.-coli-Bacterial-Assembly
  5. eDownloaded from Loman Labs at https://s3.climb.ac.uk/nanopore/E_coli_K12_1D_R9.2_SpotON_2.pass.fasta