Excited to finally get R10.4.1+Q20 & looks like Oxford Nanopore only assembly is the way to go. Major yield & accuracy boost a bonus to our upcoming effort to sequence all of family Drosophilidae (Dmitri Petrov @danrdanny @danielrmatute Darren Obbard is bluesky Hannah Gellert Michael Eisen et al)

From Oxford to Orlando… If you’re at #AACR23 head over to booth 801 and come speak to a member of the Oxford Nanopore team. We’ve got plenty of talks, workshops and demos in store. Find out more here: nanoporetech.com/events/aacr-an…

come talk with us at our booth 801… #aacr23

So happy to share this honor with Sergey Koren and Arang Rhie. I've been working with Serge for 12 years, Arang for 6, and every single day has been a joy. Team up with wonderful people and you'll go far. Thanks to National Human Genome Research Institute for supporting us! 🌟

So very excited to be in London for the first time, to attend my first ever in-person Oxford Nanopore London Calling event! If you're attending and see me please come over and say hi 👋 #NanoporeConf

Today at #nanoporeconf, we ran two analysis workshops. Participants were given an introduction to machine learning for Oxford Nanopore data as well as how to analyse #nanopore sequencing data for various applications from single cell to whole genomes.

for all those cool cats who loved my DNA pride pin at #nanoporeconf, I got it from this lovely seller on Etsy! wouldn’t it be cool if we all wore one next year?! etsy.com/listing/712298… 🏳️‍🌈🧬

The one you’ve been waiting for👇 Dorado basecalling in MinKNOW 🧵

Happy to share I’ve been promoted to Associate Director, Global Segment Marketing at ONT. Feels like yesterday I picked up my first MinION to sequence in the Amazon rainforest - fast fwd 10 yrs, it's a privilege to work with talented colleagues to support the scientific community

Thrilled about our visit to Africa CDC and the engaging meeting with their Pathogen Genomics group led by Sofonias K Tessema! 🌍 APHL is committed to collaborating on making NGS sustainable and actionable across Africa. Together, we’re paving the way for stronger lab capabilities!

Catch Rob King at booth 1553 to discover how to seamlessly integrate multiomic insights into your cancer research. Unlock novel insights with nanopore technology that unlocks methylation, CNVs, & breakpoint-level resolution of SVs & fusion genes. sprou.tt/13Hg6nwv5P3

Explore cutting-edge cancer insights in our Exhibitor Spotlight Theatre at #AACR. Hear from speakers paving the way for more precise cancer detection, from determining parent of origin to leveraging methylation detection to rapidly classify leukaemia. sprou.tt/1M94cRvhz3y

Parent-of-origin cannot be deciphered in most cases of retinoblastoma with familial testing. At #AACR, Debarshi Mustafi will share how they identified it within hours using a single nanopore sequencing assay to detect both genetic & epigenetic information. sprou.tt/1qrvF6IOKZD

Acute leukemia (AL) requires urgent treatment.​ At #AACR, hear how Gabriel Griffin and team's rapid method to characterise AL (based on its methylation profile) has the potential to improve cancer treatment in the future. sprou.tt/1y40WUbeFJL

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Want to learn how to load a nanopore flow cell? ​ Join Maddy Heartley at #AACR booth 1553 to gain hands-on experience loading a flow cell and initiating an Oxford Nanopore sequencing run. Come discover supercharged sequencing possibilities. sprou.tt/1idw5KUSmb9

#AACR25 #nanopore come visit poster section 46 to learn more from Sergey Aganezov to learn about cancer multiomics whole genome sequencing using Oxford Nanopore Sequencing