Atlantic salmon Hi-C data for the ThreeD 3D genome architecture project
The ThreeD project investigates the evolution of three-dimensional genome organization following the salmonid-specific whole-genome duplication. This initial study release contains Hi-C sequencing data from Atlantic salmon generated to profile chromatin contacts and support analyses of 3D genome architecture, including chromatin compartments and topologically associated domains. Additional ThreeD datasets, including comparative Hi-C data from other salmonid and related fish species, CTCF ChIP-seq data, and potentially single-cell 3D genome data, may be added to this study in later releases. Together, these data will provide a comparative resource for studying the evolution of chromatin architecture and CTCF-associated 3D genome regulation after whole-genome duplication.
The ThreeD project investigates the evolution of three-dimensional genome organization following the salmonid-specific whole-genome duplication. This initial study release contains Hi-C sequencing data from Atlantic salmon generated to profile chromatin contacts and support analyses of 3D genome architecture, including chromatin compartments and topologically associated domains. Additional ThreeD datasets, including comparative Hi-C data from other salmonid and related fish species, CTCF ChIP-seq data, and potentially single-cell 3D genome data, may be added to this study in later releases. Together, these data will provide a comparative resource for studying the evolution of chromatin architecture and CTCF-associated 3D genome regulation after whole-genome duplication.
NORWEGIAN UNIVERSITY OF LIFE SCIENCES