Genome sequencing of Coryphaenoides yaquinae reveals convergent and lineage‐specific molecular evolution in deep‐sea adaptation

W Li, J Song, H Tu, S Jiang, B Pan, J Li… - Molecular Ecology …, 2024 - Wiley Online Library
Abstract Abyssal (3501–6500 m) and hadal (> 6500 m) fauna evolve under harsh abiotic
stresses, characterized by high hydrostatic pressure, darkness and food shortage, providing …
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Genome sequencing of Coryphaenoides yaquinae reveals convergent and lineage‐specific molecular evolution in deep‐sea adaptation

W Li, J Song, H Tu, S Jiang, B Pan, J Li, Y Zhao… - Molecular Ecology …, 2024 - infona.pl
Abyssal (3501–6500 m) and hadal (> 6500 m) fauna evolve under harsh abiotic stresses,
characterized by high hydrostatic pressure, darkness and food shortage, providing unique …

Genome sequencing of Coryphaenoides yaquinae reveals convergent and lineage-specific molecular evolution in deep-sea adaptation

W Li, J Song, H Tu, S Jiang, B Pan… - Molecular ecology …, 2024 - pubmed.ncbi.nlm.nih.gov
Abyssal (3501-6500 m) and hadal (> 6500 m) fauna evolve under harsh abiotic stresses,
characterized by high hydrostatic pressure, darkness and food shortage, providing unique …

Genome sequencing of Coryphaenoides yaquinae reveals convergent and lineage-specific molecular evolution in deep-sea adaptation.

W Li, J Song, H Tu, S Jiang, B Pan, J Li… - Molecular Ecology …, 2024 - europepmc.org
Abyssal (3501-6500 m) and hadal (> 6500 m) fauna evolve under harsh abiotic stresses,
characterized by high hydrostatic pressure, darkness and food shortage, providing unique …