47:53
Driving the next frontier in multiomics: Oxford Nanopore Technology Update from NCM 2024
44:13
Advancing RNA liquid biopsy via nanopore sequencing
01:01:10
SecuenciaciĆ³n nanopore para estudios de conservaciĆ³n y biodiversidad en Latino AmĆ©rica
45:19
Sequencing and analysis of nanopore-only microbial isolates with the NO-MISS workflow
47:02
Implementing fast, accessible viral surveillance with nanopore sequencing
41:47
Enhanced microbial profiling and metagenomics with nanopore sequencing
00:32
NCM Boston ā See what you've been missing
30:56
How to load a PromethION Flow Cell
51:45
Knowledge Exchange: How direct RNA nanopore sequencing can enhance your research
46:57
Core webinar: Scalable human genomic characterisation with nanopore characterisation
55:20
Celebrating a decade of DNA discoveries: 10 years of the MinION in microbiology
45:47
Accelerating precision oncology research with nanopore sequencing
21:32
Seq&Treat: targeted sequencing for drug-resistant TB detection and treatment
20:48
Whole-genome sequencing in PulseNet foodborne molecular surveillance systems
55:54
Empowering comprehensive sequencing at scale
16:12
Respiratory metagenomics in clinical service
20:39
10 years of nanopore sequencing applications
16:07
Public health
09:38
Direct sequencing of cytosine modification states from nanopore long-read data
13:12
So many mods in so little time 45 RNA modifications profiled by direct RNA-Seq
08:28
Establishing a nanopore sequencing facility for acute care in New Zealand
09:04
Exploration of long-read sequencing in the resolution of newborn screening
20:27
Advancing RNA liquid biopsy technology via nanopore sequencing
18:03
From sample to insight exploring human genomics with PromethION end
15:53
HERRO: haplotype-aware error correction of ultra-long nanopore reads
08:29
Pathogen safety in biopharma: sequencing to come
11:16
Informing infectious disease interventions with genomics during big events
12:04
Long-read sequencing for pathogenic and novel variation discovery in rare diseases
11:31
Precision immunology in transplant: paving the way to operational tolerance
10:39
Rapid nephrogenomics for thrombotic microangiopathies
07:40
iDTECTĀ® Integration Site Analysis assay: a paradigm shift for the quality control of biologics i...
29:50
How to extract high-quality DNA and RNA
19:29
How to select the right library prep workflow for your experiment
19:23
How to get started with nanopore sequencing and plan your experiment
21:00
How to sequence microbial isolates with the NO-MISS workflow
26:29
How to analyse your data with EPI2ME
24:34
How to run your sequencing device and get started with data analysis
20:47
Nanopore origins
20:11
Product demo: Integrated EPI2ME: streamlined analysis for clinical and biopharma
01:24
Janessa Laskin: sequencing and the potential of personalised cancer treatment
01:12
Kathleen Zeglinski: direct RNA nanopore sequencing for gene therapy quality control
01:13
Guillaume Cogan: uncovering new insights in Parkinson's
01:42
Daniel Kim: cell-free RNA sequencing for early cancer characterisation
01:18
In Situ Lab Initiative team: portable sequencing to tackle loss of biodiversity
01:15
Pedro Garrido-Rodriguez: direct RNA sequencing and epitranscriptomics
01:01
Heather Ritchie-Parker: assembling reference genomes to inform conservation strategies
01:01
Miten Jain: a decade of nanopore sequencing
01:20
Alexander Wittenberg: telomere-to-telomere banana genomes
01:32
Amanda Warr: understanding microbiomes, viruses and transmission
01:09
Nick Loman: identifying potential viral threats
01:26
Sarah Buddle: infectious disease research & EPI2ME for metagenomic data
45:24
Advancements in nanopore sequencing for enhanced food safety and quality assurance webinar
18:15
Bringing nanopore sequencing into the clinical microbiology setting with targeted approaches
09:31
Ultra-fast, deep-learned CNS tumour classification during surgery
17:11
Discovery of deeply intronic damaging mutations with nanopore sequencing
19:08
Into the unknown: portable sequencing empowers global conservation genomics
12:50
Welcome back to London Calling 2024
14:43
Towards personalised medicine for breast cancer in the Caribbean: a pilot study
18:34
Nanopore sequencing reveals conservation of chromosome end-specific telomere lengths
09:13
Plant T2T genome assembly using ultra-long and adaptive nanopore sequencing
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About
Oxford Nanopore Technologies is behind the world's only portable, real-time DNA / RNA sequencer, the MinIONā¢. Scaling up to the PromethIONā¢ and GridIONā¢ systems, nanopore technology can provide real time molecular analysis workflows for any project whether personal or population based. Nanopore analysis provides real-time, direct, on-demand, ultra-long read sequencing.
The technology may be used across a range of areas of scientific research including pathogens/AMR, human genetics, plant/crop research and environmental research. The Oxford Nanopore company Metrichor provides end to end solutions for applied markets including healthcare/diagnostics, food testing and assurance, environmental testing and assurance, consumer genetics.
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