Advance plant and animal genomics with single-molecule chromatin accessibility profiling
Understanding how genome regulation drives complex traits is critical for crop improvement, livestock breeding, and functional genomics research.
While ATAC-seq has enabled genome-wide chromatin accessibility studies, short-read approaches can struggle to resolve regulatory elements within repetitive regions, phased haplotypes, structural variants, and highly complex genomes common in many plant and animal species.
Download this Get Started Guide to learn how HiFi Fiber-seq provides a comprehensive, single-molecule view of chromatin accessibility and regulatory architecture across the genome.
What's included:
✔ Simultaneous profiling of chromatin accessibility and nucleosome positioning on individual DNA molecules
✔ Resolution of haplotype-specific regulatory landscapes and complex genomic regions that are difficult to characterize with conventional ATAC-seq approaches
✔ Long-read, highly accurate data that reveals regulatory variation associated with agriculturally and biologically important traits
Whether you're studying trait development, environmental adaptation, crop performance, livestock genetics, or genome regulation, start here to discover how HiFi Fiber-seq delivers deeper insights into the mechanisms shaping plant and animal phenotypes.