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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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<t>BUSCO</t> completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available <t>at</t> <t>Mendeley</t> Data under the BUSCO zip file.
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BUSCO completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available at Mendeley Data under the BUSCO zip file.

Journal: Data in Brief

Article Title: Draft genome dataset of Xylaria sp. KR-3U isolated from leaves of the medicinal plant Catharanthus roseus

doi: 10.1016/j.dib.2026.112543

Figure Lengend Snippet: BUSCO completeness assessment of the Xylaria sp. KR-3U draft genome. BUSCO analysis based on the fungal_odb10 lineage dataset shows that 97.0 % (742) of the 758 orthologous groups were complete, of which 96.6 % (732) were single-copy and 0.4 % duplicated. Only 0.8 % was fragmented and 2.2 % were missing, indicating high completeness and assembly quality. The missing BUSCOs may be attributable to assembly fragmentation or lineage specific divergence. BUSCO outputs and high resolution Figure 1 is available at Mendeley Data under the BUSCO zip file.

Article Snippet: BUSCO outputs and high resolution Figure 1 is available at Mendeley Data under the BUSCO zip file.

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