Google Maps in 3D accelerates our understanding of direction and travel, likewise, ability to view genomes in 3D accelerates our understanding of the role genetics plays in human health and disease.
Two ongoing efforts to produce new human genome assemblies are combining ultra-long nanopore reads with other types of sequencing and mapping data to generate gapless or near-gapless assemblies that can serve as reference genomes for future studies.
Gene regulation is offering a new class of targets that operate on a higher level than DNA sequences and epigenetic markers: 3-D genomic structures. While strategies to drug the 3-D genome are still in their infancy, the growing accessibility of mapping technologies is paving the way for translation in cancer and developmental disorders.
Arima Genomics introduces enhanced Arima-HiC product offering to drive greater insights for chromatin conformation and genome assembly studies
International Vertebrate Genomes Project releases first 15 high-quality reference genomes, Publicly available data will impact studies on life, disease, and conservation efforts
The Genome 10K consortium (G10K) announces the official launch of the Vertebrate Genome Project (VGP) and its first release of 15 new, high-quality reference genomes for 14 species representing all five vertebrate classes – mammals, birds, reptiles, amphibians, and fishes. As a selected partner for the current Phase 1 of VGP, Arima Genomics delivered high quality Hi-C proximity-ligation (referred to as Arima-HiC) data necessary to achieve whole chromosome-spanning assemblies.
Genome 10K Consortium Selects Arima Genomics for Phase 1 of Vertebrate Genomes Project; Company Announces Early Access Program
Arima-HiC services is selected by the prestigious G10K consortium to generate ‘near-gapless’ reference genome assemblies for all vertebrate order species (phase 1). In a second related story, Arima Genomics today launches an early access program for its rapid, robust, and easy-to-use Arima-HiC kits to satisfy the high demand for HiC technology.