Adaptive adjustment of profile HMM significance thresholds improves functional and metabolic insights into microbial genomes.
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| Autori principali: | , , , , , |
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| Natura: | Artículo científico |
| Lingua: | en |
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Bioinformatics advances
2025
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| _version_ | 1868266221026148352 |
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| author | Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H |
| author_facet | Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H |
| collection | PubMed - marine biology |
| contents | Adaptive adjustment of profile HMM significance thresholds improves functional and metabolic insights into microbial genomes. Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H Gene function annotation in microbial genomes and metagenomes is a fundamental first step toward understanding metabolic potential and determinants of fitness. The Kyoto Encyclopedia of Genes and Genomes publishes a curated list of profile hidden Markov models to identify orthologous gene families (KOfams) with roles in metabolism. However, the computational tools that rely upon KOfams yield different annotations for the same set of genomes, leading to different downstream biological inferences. Here, we apply three open-source software tools that can annotate KOfams to genomes of phylogenetically diverse bacterial families from host-associated and free-living biomes. We use multiple computational approaches to benchmark these methods and investigate individual case studies where they differ. Our results show that despite their fundamental similarities, these methods have different annotation rates and quality. In particular, a method that adaptively tunes sequence similarity thresholds substantially improves sensitivity while maintaining high accuracy. We observe particularly large improvements for protein families with few reference sequences, or when annotating genomes from nonmodel organisms (such as gut-dwelling ). Our findings show that small improvements in annotation workflows can maximize the utility of existing databases and meaningfully improve characterizations of microbial metabolism. Anvi'o is available at https://anvio.org under the GNU GPL license. Scripts and workflow are available at https://github.com/pbradleylab/2023-anvio-comparison under the MIT license. |
| format | Artículo científico |
| id | pubmed_40177264 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Bioinformatics advances |
| record_format | pubmed |
| spellingShingle | Adaptive adjustment of profile HMM significance thresholds improves functional and metabolic insights into microbial genomes. Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H Adaptive adjustment of profile HMM significance thresholds improves functional and metabolic insights into microbial genomes. Kananen, Kathryn Veseli, Iva Quiles Pérez, Christian J Miller, Samuel E Eren, A Murat Bradley, Patrick H Gene function annotation in microbial genomes and metagenomes is a fundamental first step toward understanding metabolic potential and determinants of fitness. The Kyoto Encyclopedia of Genes and Genomes publishes a curated list of profile hidden Markov models to identify orthologous gene families (KOfams) with roles in metabolism. However, the computational tools that rely upon KOfams yield different annotations for the same set of genomes, leading to different downstream biological inferences. Here, we apply three open-source software tools that can annotate KOfams to genomes of phylogenetically diverse bacterial families from host-associated and free-living biomes. We use multiple computational approaches to benchmark these methods and investigate individual case studies where they differ. Our results show that despite their fundamental similarities, these methods have different annotation rates and quality. In particular, a method that adaptively tunes sequence similarity thresholds substantially improves sensitivity while maintaining high accuracy. We observe particularly large improvements for protein families with few reference sequences, or when annotating genomes from nonmodel organisms (such as gut-dwelling ). Our findings show that small improvements in annotation workflows can maximize the utility of existing databases and meaningfully improve characterizations of microbial metabolism. Anvi'o is available at https://anvio.org under the GNU GPL license. Scripts and workflow are available at https://github.com/pbradleylab/2023-anvio-comparison under the MIT license. |
| title | Adaptive adjustment of profile HMM significance thresholds improves functional and metabolic insights into microbial genomes. |
| url | https://pubmed.ncbi.nlm.nih.gov/40177264/ |