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ArthroVerse is a newly developed database that catalogs protein families from microorganisms living in association with arthropods, created by analyzing metagenomic sequence data. The researchers filtered, deduplicated, and clustered protein sequences, then annotated them with taxonomic information, host associations, structural data, and enzyme predictions. This comprehensive resource integrates both metagenomic and reference genome data to facilitate systematic study of functional diversity and host-microbe interactions in arthropod microbiomes.
Why it matters
This database provides researchers with a centralized tool to explore the functional capabilities of arthropod-associated microbes, which could advance understanding of insect physiology, disease transmission, and agricultural pest management. It may also accelerate discovery of novel enzymes and proteins with biotechnological applications.
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⚠️ Preprint – Noch nicht peer-reviewed
Dieser Artikel wurde noch nicht von unabhängigen Experten begutachtet. Die Ergebnisse sind vorläufig und sollten mit Vorsicht interpretiert werden.
Metagenomic studies of arthropod-associated microbiomes have generated vast amounts of sequence data, yet the functional and structural organization of these proteins remains largely unexplored. Here, we present ArthroVerse, the first comprehensive database of protein families derived from arthropod-associated metagenomes. Non-redundant protein families were generated after rigorous filtering, deduplication, and clustering. The protein families were further annotated with microbial taxonomy, host associations, protein structural information, and Carbohydrate-active enzymes (CAZyme) predictions. The resulting dataset integrates both metagenomic and reference genome-derived proteins, enabling systematic exploration of functional diversity, evolutionary relationships, and host-microbe interactions in insect microbiomes. ArthroVerse provides a valuable resource for the study of microbial ecology and arthropod physiology, offering unprecedented insight into the protein landscape of insect-associated microbial communities.
Source: ArthroVerse: mapping protein family diversity across arthropod-associated microbiomes