Unlock the power of nanopore sequencing
Introducing whole genome long-read sequencing services—tailored for research.
Advantages of whole genome nanopore sequencing
Oxford Nanopore Technologies (Oxford Nanopore) enables sequencing of any read length. With this platform, we deliver cutting-edge long-read sequencing, offering unparalleled insights into whole genomes with enhanced resolution and coverage.
Comprehensive genome coverage
Capture full structural variants: Nanopore sequencing, with its capacity to produce ultra-long reads (exceeding 4 Mb), can span complex structural variants (SVs) and repeat regions that legacy technologies cannot access, while the facility to directly sequence native DNA (and RNA), without amplification, further enables simultaneous detection of epigenetic modifications alongside the nucleotide sequence to deliver deeper genomic insights.
Greater resolution in repetitive regions: Long-read sequencing excels at resolving complex, repetitive regions of the genome that are often missed or misassembled by short reads. Gain full insights into genomic regions such as telomeres, centromeres, and other repetitive elements.
Improved phasing and haplotyping
Accurate phasing of alleles: Long, PCR-free sequencing reads enables the accurate phasing of variants across whole genomes, offering a clearer understanding of genetic variation and inheritance patterns that short reads struggle to deliver.
Haplotype resolution: With long-read sequencing, reconstruct the full haplotypes across entire chromosomes, which is crucial for complex disease research and population studies.
Raw data for your research: Giving you flexibility to analyse the data in any way you need for your research. EPI2ME enables data analysis for all levels of expertise with pre-packaged workflows, accessed via an intuitive graphical interface or command line.
Get started with nanopore sequencing today
Email [email protected] to learn how we can help your research achieve increased depth, accuracy, and efficiency with long-read sequencing.