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. 2020 Jun 10;11:747. doi: 10.3389/fpls.2020.00747

TABLE 1.

Assessment of completeness of the F. hygrometrica draft genome using Benchmarking Universal Single-Copy Orthologs (BUSCO).

Complete
Fragmented Missing
Total Single-copy Duplicated
Embryophyta (n = 1614)
F. hygrometrica 1300(80.5%) 1101(68.2%) 199(12.3%) 43(2.7%) 271(16.8%)
M. polymorpha 1412(87.5%) 1385(85.8%) 27(1.7%) 20(1.2%) 182(11.3%)
P. patens 1423(88.1%) 1174(72.7%) 249(15.4%) 28(1.7%) 163(10.2%)
P. schreberi 736(45.6%) 540(33.5%) 196(12.1%) 278(17.2%) 600(37.2%)
S. fallax 1447(89.7%) 1257(77.9%) 190(11.8%) 22(1.4%) 145(8.9%)
Viridiplantae (n = 425)
F. hygrometrica 390(91.8%) 336(79.1%) 54(12.7%) 7(1.6%) 28(6.6%)
M. polymorpha 411(96.7%) 409(96.2%) 2(0.5%) 3(0.7%) 11(2.6%)
P. patens 416(97.8%) 361(84.9%) 55(12.9%) 1(0.2%) 8(2.0%)
P. schreberi 227(53.4%) 160(37.6%) 67(15.8%) 107(25.2%) 91(21.4%)
S. fallax 417(98.1%) 375(88.2%) 42(9.9%) 2(0.5%) 6(1.4%)

For comparison, BUSCO statistics for the Marchantia polymorpha, Physcomitrium patens, Pleurozium schreberi, and Sphagnum fallax genomes are shown. Data was retrieved from Phytozome v12 (Goodstein et al., 2012) and analyzed using the Viridiplantae and Embryophyta BUSCO datasets obtained from OrthoDB v10.1.