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. 2020 Jun 29;21:449. doi: 10.1186/s12864-020-06863-w

Table 2.

Basic statistics in addition to the assembly quality metrics for the studied D. solani genomes

Genome No. of scaffolds No. of N bases Genome size (bp) Largest contig (bp) N50 L50 %GC Genbank accession no. Reference
IFB0167 1 0 4,922,289 4,922,289 4,922,289 1 56.25 CP051457 This study
IFB0212 2 0 4,909,935 3,946,010 3,946,010 1 56.25 JABAON000000000 This study
IFB0231 1 0 4,924,702 4,924,702 4,924,702 1 56.24 CP051458 This study
IFB0311 3 0 4,913,261 2,394,283 1,850,246 2 56.24 JABAOO000000000 This study
IFB0417 1 0 4,924,102 4,924,102 4,924,102 1 56.24 CP051459 This study
IFB0421 1 0 4,934,537 4,934,537 4,934,537 1 56.24 CP051460 This study
IFB0487 4 0 4,882,124 3,440,832 3,440,832 1 56.23 JABAOP000000000 This study
IFB0695 7 0 4,904,769 2,442,930 755,734 2 56.25 JABAOQ000000000 This study
IFB0099 1 0 4,932,920 4,932,920 4,932,920 1 56.24 CP024711 [31, 76]
IFB0158 37 395 4,879,070 772,123 360,663 5 56.24 PENA00000000 [31]
IFB0221 38 394 4,878,255 774,432 360,663 5 56.24 PEMZ00000000 [31]
IFB0223 1 0 4,937,554 4,937,554 4,937,554 1 56.24 CP024710 [31]
IPO 2222 1 9200 4,867,258 4,867,258 4,867,258 1 56.22 AONU01000000 [44]
GBBC 2040 1 27,548 4,860,047 4,860,047 4,860,047 1 56.34 AONX01000000 [44]
MK10 3 3800 4,935,237 4,934,019 4,934,019 1 56.21 AOOP01000000 [44]
MK16 3 2100 4,870,382 4,865,372 4,865,372 1 56.23 AOOQ01000000 [44]
D s0432–1 4 0 4,904,518 2,278,175 1,562,114 2 56.20 AMWE01000000 [38]
PPO 9019 24 30 4,866,823 1,553,733 485,395 3 56.25 JWLS01000000 [39]
PPO 9134 22 187 4,870,830 1,553,748 485,873 3 56.24 JWLT01000000 [39]
RNS 05.1.2A 37 0 4,985,571 570,255 305,078 7 56.13 JWMJ01000000 [39]
RNS 07.7.3B 24 325 4,871,815 688,619 485,311 4 56.24 JWLR01000000 [39]
RNS 08.23.3.1A 1 12,124 4,923,743 4,923,743 4,923,743 1 56.25 AMYI01000000 [60]

The genomes depicted in bold have been de novo sequenced and assembled in the frames of this research. The versions of the included reference genomes are the ones downloaded from the Genbank database for Golanowska et al. 2018 [31]