Top Tweets for #PromethION
The field of #metabolic #phenotyping is maturing. Misleading analyses from legacy companies contaminate the preclinical literature less & less. Using data from the #Promethion system, @Bankslab explains this expertise revolution in a free webinar: https://t.co/Ii2vtrAC7N
La tecnología avanza porque seguimos haciéndonos preguntas. Hoy en el Museo de Ciencias Naturales, en el evento de usuarios de #PromethION de @nanopore. Y reencuentro con @OscarGenomics, mi gurú ONT. Comenzamos nueva etapa!!
Germinating wild and cultivated barley for HMW DNA extraction and @nanopore adaptive sequencing. Acrospire harvesting soon. #barley #hmwdna #nanopore #adaptivesequencing #promethion
Ever wanted to learn how to load a #PromethION Flow Cell?
Gain step-by-step knowledge of the loading process, as well as greater understanding of Oxford Nanopore sequencing devices during our #nanoporeconf masterclass.
Learn more: https://t.co/YW0Wip00Qy
Join Sebastian Lunke at his first #nanoporeconf where he will share their discoveries utilising targeted sequencing (adaptive sampling) on the #PromethION for disease research – providing a fast and cost-effective approach to confirm clinical variants. https://t.co/64fhKckDE4
Marcel Nelen will reveal how his team achieved whole genome sequencing in a single run with #PromethION at #nanoporeconf. Discover how this could make routine comprehensive testing of genetic variants faster and more accessible.
Learn more: https://t.co/tWdozFaAcQ
Congratulations to the graduates of the recent High-Resolution #Metabolic and #Behavioral #Phenotyping Course at Helmholtz Munich, Germany! We are excited to see them apply their skills to world-leading research using the Sable #Promethion Core platform!
https://t.co/xeFceoDMzl
The human reference genome is based on a single individual & lacks representation of diverse #genetic backgrounds. In this case study, learn how the #PromethION was used to sequence 47 separate groups contributing to a more complete pan-genome.
Read here: https://t.co/5Q7E3LF1Si
Season's Greetings from everyone at Oxford Nanopore Technologies — who would like to see a #PromethION 2 Integrated under their tree this year?
What you're missing matters.
#WYMM
#SwitchON
Most sequencing technologies require a focus on one project at a time, delaying turnaround time.
Discover how #PromethION enables flexible, simultaneous sequencing of different research projects with flow cells that run independently and in parallel.
Hear how researchers at the Centre for Alzheimer’s & Related Dementias are gaining a better understanding of the genetics behind neurodegenerative diseases. Discover how using #PromethION they scaled-up their workflow to sequence thousands of samples rapidly.
Don’t miss our CoLab at #ASHG24!
Discover how #nanopore sequencing provides #T2T assemblies with just four #PromethION Flow Cells & how this cost-effective method surpasses previous multi-technology methods paving the way for advanced genomic research: https://t.co/4fzEgkbCNX
Reveal more biology. Just #SwitchON.
From short to ultra-long reads, #PromethION captures more genomic variation, including methylation & structural variants.
Visit us at #ASHG24 to learn what you’ve been missing: https://t.co/bsYOxtXEXX
What you're missing matters. #WYMM
Sequencing that keeps up with you.
Hear how researchers from @JohnsHopkins are using #PromethION to obtain real-time data. This means sequencing from idea to answer is rapid — speeding up their research process.
Find out more: https://t.co/ykcwVgWPIO
Looking to run multiple sequencing experiments at once?
The #PromethION can run 48 independent flow cells at once, enabling separate samples across a range of projects to be sequenced & analysed in parallel — so projects don’t have to be delayed.
Hear how researchers from @JohnsHopkins are using #PromethION to speed up their discovery process.
With an easy-to-use interface — sequencing is made accessible to students & researchers — all in one platform that sits on your lab bench.
Find out more: https://t.co/qh2AHiEiHx
Finally got an excuse to do some @nanopore seq. Noticed that the loading recommendations increased from 10-20 to 35-50 fmol. Below is the pore occupancy at -~20 fmol. Decided to save the DNA for another time. Low input works just fine no need to waste your precious sample 😉
Hear how researchers at the Centre for Alzheimer’s & Related Dementias are gaining a better understanding of the genetics behind neurodegenerative diseases.
Discover how using the #PromethION they scaled-up their workflow to sequence thousands of samples rapidly.
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