Additional file 1 of Global abundance patterns, diversity, and ecology of Patescibacteria in wastewater treatment plants

Additional file 1: Supplementary Figure 1. Heatmap of phylum-level abundance grouped by plant type. Supplementary Figure 2. Non-patescibacterial ASV richness comparison between the original and the modified primer pair. Supplementary Figure 3. Phylum level richness comparison between the original and the modified primer pair. Supplementary Figure 4. Prevalence of novel patescibacterial and non-patescibacterial ASVs. Supplementary Figure 5. Taxonomic affiliation of unclassified ASVs. Supplementary Figure 6. Richness and abundance of Patescibacteria in samples of different WWTP types. Supplementary Figure 7. Overlap of edges supported in networks inferred by SparCC, CoNet and SPIEC-EASI. Supplementary Figure 8. ASV level co-occurrence network reveals potential host-association of Patescibacteria. Supplementary Figure 9. Primer binding region of Patescibacteria 16S rRNA gene.

附加文件 1：补充图 1. 按植物类型分组的门水平丰度热图。补充图 2. 原始与修改后的引物对之间的非厚壁菌门 ASV 丰富度比较。补充图 3. 原始与修改后的引物对之间的门水平丰富度比较。补充图 4. 新型厚壁菌门和非厚壁菌门 ASV 的流行率。补充图 5. 未分类 ASV 的分类学归属。补充图 6. 不同污水处理厂类型样本中 Patescibacteria 的丰富度和丰度。补充图 7. SparCC、CoNet 和 SPIEC-EASI 推断的网络中支持的边的重叠。补充图 8. ASV 水平共现网络揭示了 Patescibacteria 的潜在宿主关联。补充图 9. Patescibacteria 16S rRNA 基因的引物结合区域。