TL;DR
Light is shed on the potential role of horizontal genetransfer in the evolution of symbiosis and the importance of obtaining genomes to resolve coral-associated lineages and their metabolic capabilities is highlighted.
This work presents an analysis of two genomes of Synechococcus representatives recovered from metagenomic data of microbial communities from the water of Lake Baikal, showing that the genomes belong to different, rather distant, phylogenetic clades.
This study provides genome- and spatially resolved views of dominant SCB in holothurians and offers evolutionary insights into host-interface diversification in the deep-sea holothurian body wall.
This study presents the first reported high-quality genomes of marine Ca.
Six Gloeotrichia echinulata genomes derived from planktonic harmful algal blooms with similar colonial morphology have been sequenced from lakes in the west and northeast regions of USA, with strong conservation of gene clusters responsible for the synthesis of the secondary metabolites and bioactive peptides that are...
An integrated omics study provides foundational insights into the endophytic potential and genomic distinctiveness of AwOcstreb1, isolated from halophytic rice, and opens new avenues for exploring A. welwitschiae for sustainable agriculture and fungal biology.
A phylogenetic analysis of Scytonemataceae specimens with true and false branching from the Americas is presented, validating A. polymorpha as a new genus and species and underscores the rich, often overlooked, cyanobacterial diversity present in tropical forest regions, such as the Brazilian Atlantic Forest.
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