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You might have thought bed bugs was a very 2023 phenomenon.... wrong. Check out the new Oxford Nanopore tool "bed bugs" for the validation and generation of useful statistics from your bed files for adaptive sampling! tool: labs.epi2me.io/bed-bugs/ background: labs.epi2me.io/beg-bugs-intro/

We get lots of questions on how input data should look for analysis with Oxford Nanopore EPI2ME workflows, Julian has put together a nice explanation! labs.epi2me.io/input-data/ If you have any requests for blog posts we'd be happy to hear your ideas!

We're making bioinformatics more accessible. With #EPI2ME anyone can now run any Nextflow workflow — without any bioinformatics experience. Have a new workflow? Simply import it & share with your non-bioinformatician colleagues to use from the point & click interface. 1/2

Absolutely mega release from the Oxford Nanopore EPI2ME team including big speed ups for wf-human-variation, a new BAC mode for wf-clone- validation, tumour only more for wf-somatic-variation and many many more improvements and bug fixes! labs.epi2me.io/epi2me-24.02-0… #AGBT #AGBT24

VCF files can be annoying to query if you don't know how. Andrea, who is developing our large human workflows which often produce unwieldy VCF files has written a blog post on how to do it: labs.epi2me.io/querying-vcf-f… Oxford Nanopore #EPI2ME

The Oxford Nanopore EPI2ME team will be helping deliver this workshop. Come learn how we develop our workflows so you can deploy your own in EPI2ME!

What you're missing matters! Prost! #Bielefeld #wymm Oxford Nanopore

EPI2ME hackathon - IQCB Oxford Nanopore - Andrea deep diving into Nextflow parallelisation and parameterisation; it can always be faster

“Do you really need real-time?” - Natalia showing how ‘watchPath’ opens new horizons for at runtime data review #EPI2ME IQCB Oxford Nanopore Nextflow

A key skill in bioinfo is assessment of raw seq data. Tools like IGV are useful to view aligned reads & variants. I've manually reviewed 1000s of variants and it's worth knowing what a real variant looks like! From Sirisha in the Oxford Nanopore #EPI2ME team: labs.epi2me.io/reviewing-bam

Lots of new workflow features and updates in this months Oxford Nanopore #EPI2ME release. Highlights include Salmonella Serotyping in wf-bacterial-genomes for all your food safety needs, and a new CNV caller in wf-human-variation (Spectre Fritz Sedlazeck) and… labs.epi2me.io/epi2me-24.03-0…

A new dataset. Tumour/Normal pair on kit 14 5khz. Raw data and analysis available from our s3 bucket! labs.epi2me.io/colo-2024.03/

Learning German isn't about studying grammar or memorising Der, Die, Das. No, it's knowing 3 things: - when to interject with a solid "Wirklich!" - when to deliver a devastating "Doch!" - the optimum exasperated pitch for shouting "HALLO!" while in a supermarket queue.

We continue to commit to a unified EPI2ME experience. We've launched the #EPI2ME cloud enabling EPI2ME in the cloud or locally - data analysis for all. #nanoporeconf

live from #NCMBOS2024 EPI2ME Cloud is finally released for everyone! we can’t wait to see what incredible bioinformatics analysis you all will do on the platform 🤘🚀

ClairS and ClairS-TO get a big performance bump. Check out the new versions and a technical note 🔗github.com/HKU-BAL/ClairS… to see how we have improved the performance of ClairS and ClairS-TO with new real cancer cell-line datasets and PoN. 1/

Very cool single-cell visualization package with support for TCR/BCR analysis and compatible with scRepertoire. Blown away by some of the viz ideas repo: github.com/pwwang/scplott… site: pwwang.github.io/scplotter/inde…

GCI: A continuity inspector for complete genome assembly academic.oup.com/bioinformatics…

Pod5Viewer: a GUI for inspecting raw nanopore sequencing data academic.oup.com/bioinformatics…