Detailed Benchmarking Universal Single-Copy Ortholog (BUSCO) analysis results for the selected species.
Lineage cnidaria_odb12 · 3,203 BUSCOs · C: 3.6% [S: 3.5%, D: 0.2%] F: 2.5%, M: 93.8%
| Complete (C = S + D) | Single-copy (S) | Duplicated (D) | Fragmented (F) | Missing (M) |
|---|---|---|---|---|
| 116 (3.6%) | 111 (3.5%) | 5 (0.2%) | 81 (2.5%) | 3,006 (93.8%) |
A genome is counted as high-quality when C ≥ 90 %, D ≤ 10 % and F ≤ 5 %. Completeness is measured against the 3,203 BUSCOs of the cnidaria_odb12 lineage, not against the number of records held for the species.
Assessed on 2026-09-23 — the low completeness reflects the organism, not the assembly. This species was added to this module on 2026-09-23 and scored on its deposited protein set with BUSCO 6.0.0, proteins mode against cnidaria_odb12 — the same lineage and the same proteins-mode protocol as the species re-scored here, so the figures above are directly comparable with them. They are, however, low (C = 3.6–7.6 %): the Myxozoa are the most genome-reduced animals known, having lost much of the ancestral metazoan gene complement (Henneguya salminicola, for one, has lost its mitochondrial genome entirely), so a large share of the 3,203 cnidarian BUSCOs is genuinely absent from these genomes rather than unassembled. These values should not be read as an assembly-quality failure. Being far below the 90 % threshold they do not qualify for the core ortholog resource.