Although this MAG is at the border line completeness by CheckM (=90.00%, instead of >90.00%) and low contamination (1.82%), the automatic assessment with MiGA estimates a slightly higher completeness. Additionally, comparing this MAG to the remaining 2 same-species genomes submitted to GTDB (GB_GCA_016702885.1 and GB_GCA_016709275.1 with GTDB R214 taxonomy: d__Bacteria; p__Chloroflexota; c__Anaerolineae; o__Anaerolineales; f__EnvOPS12; g__OLB14; s__OLB14 sp001567105, as of Apr 12 2024), this MAG is the least fragmented (ranked 1/3) in terms of both lowest contig count (21 vs. 30, 57 for the other 2 genomes) and largest longest contig (0.89 Mbp vs. 0.41-0.57 Mbp for the other 2 genomes), and longest N50 (0.37 Mbp vs. 0.11-0.22 Mbp for the other 2 genomes), and it has no ambiguous bases and gaps, and 0 strain heterogeneity (vs. 20, 67 for the other 2 genomes). Additionally, this MAG is present with 19 tRNA genes (>=18 as required by MiMAG standard), as well as 16S, 23S, and 5S rRNA genes, suggesting the high assembly quality of this MAG. Even when comparing this MAG to all the GTDB species representatives under the entire genus (g__OLB14), this MAGs is of much lower fragmentation level by ranking at 5/59 in both low contig count and large longest contig.