Resource Centre
Poster )
Scalable pharmacogenomics (PGx) using targeted long-read genotyping panels
Poster )
Resolving challenging medically-relevant genes using nanopore sequencing
Poster A multi-omic investigation of gene dysregulation in a complex chromothripsis-like translocation event using Oxford Nanopore sequencing
Poster )
Comprehensive resolution of challenging genomic variation with Oxford Nanopore telomere-to-telomere assemblies
Poster )
An end-to-end workflow for pharmacogenomic target enrichment, star allele annotation, and CYP2D6 resolution using nanopore sequencing
Poster )
Validation and quality control of a molecular cloning experiment using de novo assembly of Oxford Nanopore reads
Poster )
Transcriptome-wide expression and RNA modifications with full-length native RNA and cDNA sequencing
Poster )
Single-cell transcriptomics with full-length cDNA sequencing provides unique insights into cellular diversity
Poster )
Resolving challenging medically relevant genes of the human genome with native Oxford Nanopore reads
Poster Rapid whole-genome sequencing, de novo assembly, and characterisation of bacterial isolates
Poster )
Quick and simple analysis of PCR products with Oxford Nanopore reads
Poster )
Open access Oxford Nanopore datasets for reproducible benchmarking, sequence exploration, and testing
Poster )
Multiomic data identifies skewed X-inactivation and its role in masking Mendelian inheritance patterns
Poster )
Multiomics whole-genome characterisation of a cancer genome using Oxford Nanopore sequencing
Poster )
Genomic insights into the biology of complex microbiomes with Oxford Nanopore metagenomic sequencing
Poster )
An end-to-end workflow for pharmacogenomic target enrichment, star allele annotation, and CYP2D6 resolution
Poster )
EPI2ME end-to-end workflows for biopharma quality control of plasmids and mRNA
Poster )
EPI2ME – an extensible product for applied bioinformatics
Poster )
End-to-end workflow for haplotype-resolved genetic and epigenetic variant calling using Oxford Nanopore sequencing
Poster )
Easy transfer of routine, day-to-day sequencing applications to the Oxford Nanopore platform
