Extreme genome scrambling in marine planktonic Oikopleura dioica cryptic species

Table 1.

Details on each of the assemblies used in this study

Name Version Region Lineage name Breeding Length Scaffold N50 AT-richness Genes BUSCO score Technology Level BioSample Reference
Okinawa OKI2018_I69_1.0 Okinawa, Ryūkyū archipelago Okinawa Laboratory 64,281,565 17,092,476 59% 17,291 64% Nanopore + Illumina + HiC Chromosomal SAMEA7282646 Bliznina et al. 2021
Kume KUM-M3-7f Kume, Ryūkyū archipelago Okinawa Wild 64,653,574 2,969,719 59% 16,852 66% Nanopore Scaffold SAMEA111279290 This paper
Osaka OSKA2016v1.9 Honshū, Japan inland sea Osaka Laboratory 56,625,162 15,521,227 58% 15,720 63% PacBio + Illumina Chromosomal SAMD00227923 Wang et al. 2020a; this paper
Aomori AOM-5-5f Honshū, Japan, northeast Pacific coast Osaka Wild 56,753,784 6,419,763 59% 15,224 65% Nanopore Scaffold SAMEA111279288 This paper
Barcelona Bar2_p4 Spain, Mediterranean sea coast Barcelona Laboratory 55,793,437 13,545,857 60% 14,272 64% Nanopore + Illumina + HiC Chromosomal SAMEA111279286 This paper
Bergen OdB3 Norway, north Atlantic coast Barcelona Laboratory 70,471,451 395,387 57% 17,113 60% Sanger Scaffold SAMEA2272014 Denoeud et al. 2010
  • (Name) Name of the genome reflecting provenance; (version) character string uniquely identifying the used version of the assembly file; (region) where the animal or the founders of its laboratory line was isolated; (breeding) wild isolate or laboratory culture line; (length) assembly sequence length in base pairs; (scaffold N50) half of the genome is covered by scaffolds of at least this length; (AT richness) a percentage of A's and T's in the sequence; (genes) number of genes in the annotation used in this study; (BUSCO score) detected percentage of the metazoan set of Benchmark Unique Single-Copy Orthologs; (technology) sequencing and assembly technologies used; (level) chromosomal or scaffold; (BioSample) identifier in the DDBJ, EBI, and NCBI databases; and (reference) peer-reviewed manuscripts describing the already published genome sequences.

This Article

  1. Genome Res. 34: 426-440

Preprint Server