Resource Centre
Yanocomp: robust prediction of m6A modifications in individual nanopore direct RNA reads
- Epigenetics
 - Bioinformatics
 - Methylation
 - RNA
 - Plant
 - Direct analysis
 
Workflow overview: tumour-normal sequencing
- Epigenetics
 - Workflow
 - Structural variation
 - SNVs
 - Methylation
 - Cancer research
 
Workflow overview: 24-hour human whole-genome sequencing
- Epigenetics
 - Human genomics
 - Clinical research
 - Whole genome
 - Structural variation
 - Methylation
 
Workflow overview: plant genome assembly
- Epigenetics
 - Assembly
 - DNA
 - Kits
 - Library prep
 - Long-read
 
Workflow overview: human variant calling
- Epigenetics
 - Human genomics
 - Clinical research
 - Cancer research
 - PromethION 24/48
 - Whole genome
 
Workflow overview: direct RNA sequencing
- Epigenetics
 - Workflow
 - RNA
 - cDNA
 - Methylation
 - Human genomics
 
Whole human genome 5'-mC methylation analysis using long read nanopore sequencing
- Epigenetics
 - Whole genome
 - Human genomics
 - Methylation
 - DNA
 - gDNA
 
Whole-genome insights: nanopore sequencing in neuropathology
- Epigenetics
 - Epigenetics
 - PromethION 2
 - PromethION 24/48
 - EPI2ME
 - Fusion transcript
 
Resolving complex genomic structures and regulation patterns in cervical cancer
- Epigenetics
 - Cancer research
 
Parent-of-origin-aware genomic analysis infers segregation of pathogenic variants
- Epigenetics
 - Cancer research
 - Clinical research
 - Human genomics
 - Phasing
 - Methylation
 
Investigating epigenomic alterations in cancer with nanopore sequencing
- Epigenetics
 - Cancer research
 
"...we need a better name than follow through"
- Epigenetics
 - Whole genome
 - Targeted
 - Metagenomics
 - RNA
 - cDNA
 
In vivo genetic screen identifies a SLC5A3-dependent myo-inositol auxotrophy in acute myeloid leukemia
- Epigenetics
 - Cancer research
 - Oncology
 - Long-read
 - DNA
 - GridION
 
Directly detect and phase genomic methylation with high reproducibility and low bias
- Epigenetics
 - Methylation
 
Using Oxford Nanopore sequencing in grapevine breeding
- Epigenetics
 - London Calling
 - Plant
 - Bioinformatics
 - Phasing
 - MinION
 
Using long-read sequencing to detect imprinted DNA methylation
- Epigenetics
 - MinION
 - PromethION
 - Methylation
 
Untangling heterogeneity in DNA replication with nanopore sequencing
- Epigenetics
 - London Calling
 - Raw data
 - Basecalling
 - Whole genome
 - Single cell
 
Understanding the binding of multiple transcription factors by base-pair-resolution chromatin accessibility
- Epigenetics
 - Clinical research
 - Bioinformatics
 - Human genomics
 - MinION
 - Chromatin conformation
 
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