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An AOA-Dominant Microbiome in a Novel Deep-Sea Glass Sponge Species from the South China Sea: Symbiotic Diversity, Adaptation, and Network Interactions

Biology

An AOA-Dominant Microbiome in a Novel Deep-Sea Glass Sponge Species from the South China Sea: Symbiotic Diversity, Adaptation, and Network Interactions

M. Maldonado, L. Pita, et al.

This groundbreaking study reveals a new deep-sea glass sponge species, *Bathydorus* sp. SQW35, from the South China Sea, showcasing its unique AOA-dominant microbiome. Researchers extracted fourteen microbial metagenome-assembled genomes, including a newly identified *Nitrososphaerota* species, and propose a new conceptual framework involving phages that may play a role in sponge holobiont dynamics. This research was conducted by Manuel Maldonado, Lucia Pita, Rodrigo Costa, Laura Steindler, Zhao-Ming Gao, and Yong Wang.

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Playback language: English
Abstract
This study reports a novel deep-sea glass sponge species, *Bathydorus* sp. SQW35, from the South China Sea and provides a genome-centric view of its AOA-dominant microbiome. Fourteen microbial metagenome-assembled genomes (MAGs) were retrieved, including a novel *Nitrososphaerota* AOA species exhibiting symbiotic characteristics and two *Bdellovibrio* species suggesting symbiotic evolution. A new conceptual framework is proposed, highlighting potential phage involvement in the sponge holobiont.
Publisher
Frontiers in Microbiology
Published On
Feb 01, 2023
Authors
Manuel Maldonado, Lucia Pita, Rodrigo Costa, Laura Steindler, Zhao-Ming Gao, Yong Wang
Tags
deep-sea sponge
microbiome
AOA
Nitrososphaerota
Bdellovibrio
holobiont
phage involvement
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