Divya Mirrington

[Philipp Rescheneder @philres1]

One position filled, one to go! Want to work with us on figuring out the #bioinformatics required to best apply @nanopore long reads to existing and novel genomic applications? Apply for the #bioinformatics position in our #Oxford team. #hiring
https://t.co/Q2IYVglNXz

[Matt Loose @mattloose]

If you are looking for a PhD opportunity to work on adaptive sampling (read until) on @nanopore sequencers at @UoNLifeSci then do get in touch - closing date for applications in May 12th https://t.co/uvCMKW0zxp

[Michael Schatz @mike_schatz]

Introducing "Targeted nanopore sequencing by real-time mapping of raw electrical signal with UNCALLED" with @samkovaka @timp0 et al. Does selective enrichment and depletion of any targeted genomic region purely in software for @nanopore sequencing. https://t.co/9uU6bqG4iB

[Matt Loose @mattloose]

Read Until to enrich >700 genes to mean 30x coverage on @nanopore single flowcell. Custom panels (up to 25,600 targets so far) as easy as providing a coordinate file. Read more at https://t.co/aZVOs23PKg - thanks to @alexomics, @Rorymatics and @DeepSeqNotts team.

[Charles Chiu @cychiu98]

We've designed MSSPE primers (https://t.co/DZtfGYvRA7)
(13mers & 24mers) for detection of nCoV-2019 #coronavirus by @nanopore sequencing and are currently testing on control spiked material with plans to screen patient samples. Contact me if you want to use them for screening.

[Dr Leila Luheshi @leilaluheshi]

So excited to see the inimitable @DrAdamBurns @OxfordOncology and @muhimbiliuniver collaborating to develop this much needed @nanopore based assay to detect mutations causing Beta #Thalassaemia and #SickleCell in Tanzanian newborns + kids

[ARTIC Network @NetworkArtic]

ARTIC have developed a set of lab and bioinformatics protocols for the nCoV-2019 virus using a targeted multiplex primer scheme. This package enables direct sequencing and real-time analysis with RAMPART of the coronavirus on nanopore sequencers: https://t.co/a1CJJG8PEH

[Josh Quick @Scalene]

My first ever job advert! RA position in my group within the @IMIBirmingham working on exciting @UKRI_News project to use @nanopore for rapid prediction of antimicrobial resistance. https://t.co/R6J76P7Tk7

[James Ferguson @Psy_Fer_]

Ever wanted to barcode your dRNA @nanopore samples?

In this pre-print we introduce a method to do just that, then demultiplex them in signal space, using "Deeplexicon", (Deep-learning Demultiplexing using convolutional neural networks)

Just in time for NCM #nanoporeconf

[Divya Mirrington @DivyaMirrington]

@Scalene @IMIBirmingham Congrats Josh! Very well deserved!

[Adam Phillippy @aphillippy]

At #jaxlongreads announcing the #T2T rel3 data release! Now totaling ~120x of @nanopore data including additional ultra-long reads from @glennis_logsdon with an N50 length of 147 kb (!) and two PromethION runs from @meganamsu. All data available here: https://t.co/ABSkaC40wa

[Alban Ramette @RametteA]

Rapid and Cost-Efficient Enterovirus Genotyping from Clinical Samples Using Flongle Flow Cells #nanopore
https://t.co/JevRfhvlBi by Grädel and colleagues

[Nick Loman @pathogenomenick]

Tyson is smashing it !!

[Divya Mirrington @DivyaMirrington]

Sacrilege...

[Holly Harley @hollharl]

My boyfriend has made the worst video in the world

[Soeren Michael Karst @SorenKarst]

Here is the proof @OHartwell, although it was 'only' 43 Gbp after basecalling ;) . ~5000 bp amplicons prepared with SQK-LSK109 and run on a single R9.4 flowcell on the MinIon for 2 x 48 hours. No library top-off or washing, only added extra SQB a couple of times.

[Oxford Nanopore @nanopore]

Did you miss our seminar today at #FEMS2019? come by and chat to the team at booth #C21! You can also visit our microbiology page to see a range of microbiology resources here: https://t.co/Oe8gj5FTkz

[Matt Loose @mattloose]

Wow - amazing opportunity to develop bioinformatics research coming up at Nottingham - our Nottingham Research Fellows scheme in @UoNLifeSci is all around bioinformatics - see here for more details: https://t.co/3e0wObBcyv

[Oxford Nanopore @nanopore]

The PromethION 48, which recently generated 7Tb of sequence data, has made it to @GrandOmics_Intl in China! We're looking forward to seeing the team's progress with dbSV-100k — a project to sequence 100,000 affordable nanopore long-read human genomes: https://t.co/HXf7BRZmVp

[Divya Mirrington @DivyaMirrington]

@gingerdavid92 Congratulations you two!!! She's adorable x

[Oxford Nanopore @nanopore]

The team are at #ECCMID2019! If you enjoyed the Microbiology by DNA symposium, come and say hi at Booth 1.23 to chat about nanopore sequencing :)
P.s. we have a party on Monday night, register here: https://t.co/6v8IYZiN72