The hadal zone presents one of the most extreme environments on Earth. While amphipods dominate this realm, the adaptive mechanisms of their resident gut microbiota are not fully understood, which is ...
Oxygen levels in the ocean have decreased worldwide as a result of climate change and nutrient contamination, which has had a significant impact on marine ecosystems. Although deep-sea fish that resid...
This study compares predicted sulphur metabolism genes across four Acidihalobacter type strains and two metagenome-assembled genomes (MAGs), revealing genomic differences that appear to correspond to ...
Deep-sea exploration traditionally focuses on visible animal oases, but extreme pressure in hadal zones (>60 MPa) unlocks metabolic capacities and supports flourishing microbiomes. Beyond the deep sea...
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