Discover the Power of 3D Genomics to Expand Your Multi-Omic Research
The 3D organization of the genome includes compartments, topologically associated domains, and loops. These structures regulate a variety of biological processes. They modify promoter-enhancer interactions and can also affect gene splicing during transcription, gene expression, and DNA replication.
Using 3D genomics, you can unlock the genome’s sequence, structure, and regulatory landscape to reveal novel biology and explore how perturbations in genome conformation impact phenotype. And that is just the tip of the iceberg. Layering 3D genomics with other omics approaches allows scientists to study biological processes with incredible clarity — to understand not just what happens at the genomic level, but why it happens.
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