Resource Centre
Workflow overview: tumour-normal sequencing
- Structural variation
 - Workflow
 - SNVs
 - Epigenetics
 - Methylation
 - Cancer research
 
Workflow overview: 24-hour human whole-genome sequencing
- Structural variation
 - Human genomics
 - Clinical research
 - Whole genome
 - Methylation
 - Epigenetics
 
Workflow overview: large cohort sequencing
- Structural variation
 - Workflow
 - Human genomics
 - Clinical research
 - Population genomics
 - Whole genome
 
Workflow overview: human variant calling
- Structural variation
 - Human genomics
 - Clinical research
 - Cancer research
 - PromethION 24/48
 - Whole genome
 
William Jeck: Nanopore sequencing and rapid fusion testing – a ‘killer app’ in molecular pathology
- Structural variation
 - Nanopore Community Meeting
 - Oncology
 
The whole is greater than the sum of its parts: long-read sequencing for solving clinical problems in haematology
- Structural variation
 - Cancer research
 - Targeted
 
Whole-genome sequencing of rare disease patients in a national healthcare system
- Structural variation
 - Human genomics
 - Clinical research
 - Whole genome
 - DNA
 - gDNA
 
Whole-genome sequencing with long reads reveals complex structure and origin of structural variation in human genetic variations and somatic mutations in cancer
- Structural variation
 - Long-read
 - Whole genome
 - Human genomics
 - Cancer research
 - Oncology
 
Whole-genome sequencing in disease samples with haplotype resolved and annotated genetic variation
- Structural variation
 - Clinical research
 - PromethION
 - gDNA
 - Whole genome
 - Variant calling
 
Whole-genome insights: nanopore sequencing in neuropathology
- Structural variation
 - Structural variation
 - PromethION 2
 - PromethION 24/48
 - EPI2ME
 - Epigenetics
 
Whole-genome DNA sequencing using nanopore R10.4 promises best practice for single-cell variation detection and methylation profiling
- Structural variation
 - SNVs
 - Whole genome
 - London Calling
 
Webinar: Structural variants in the French-Canadian population
- Structural variation
 - Human genomics
 
Webinar - Nanopore from 100 to 1000 genomes: towards a better understanding of phenotypes
- Structural variation
 - Human genomics
 - Assembly
 - Bioinformatics
 - Webinar
 
Vulcan: Improved long-read mapping and structural variant calling via dual-mode alignment
- Structural variation
 - Long-read
 - Bioinformatics
 - Variant calling
 - Alignment
 
Virus-derived variation in diverse human genomes
- Structural variation
 - Microbiology
 - Virus
 - Targeted
 - Human genomics
 - Flongle
 
Virtual Nanopore Day, Australia - Rare Disease and Neurology
- Structural variation
 - Neuroscience
 
Virtual Nanopore Day, Edinburgh
- Structural variation
 - Infectious disease
 - Virus
 - Outbreak
 - GridION
 - MinION
 
Cloud computing for clinical nanopore fusion detection
- Structural variation
 - Cancer research
 - Clinical research
 
Variants at the ASIP locus contribute to coat color darkening in Nellore cattle
- Structural variation
 - Long-read
 - MinION
 - gDNA
 - DNA
 - Whole genome
 
Validation of a comprehensive long-read sequencing platform for broad clinical genetic diagnosis
- Structural variation
 - Human genomics
 - Bioinformatics
 - Clinical research
 - SNVs
 - PromethION 24/48
 
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