Check out our new app note with @Diagenode! Best practices when using #Megaruptor3 w/ #PippinHT or #BluePippin. Includes our new Range+T size selection method & tips on getting tight HMW DNA in the 9-30kb range. #PacBio #HiFisequencing #nanopore #genomics https://sagescience.com/blog/ranget-for-tight-sizing-of-hmw-libraries/
A new application note by the Arizona Genomics Institute’s @UAPacbioServCen led by @dariocopet shows increased @PacBio #HiFi read lengths using a new size selection method with the #PippinHT. https://sagescience.com/wp-content/uploads/2023/03/Range-T-Arizona-App-Note-3_27_23.pdf
Phased genomic targets from @universal_seq . Very impressive paper! #TELLseq -- linked reads in a tube. Check it out!
#longreads #HLSCATCH #phasedgenomes #NGS #illumina #linkedreads
Here's a rundown of scientific posters from #AGBT23 that featured Sage products. It was, as always, a great meeting! https://sagescience.com/blog/agbt23-roundup/
Check out these #AGBT23 posters that include work with #HLSCATCH: 544 @StanfordBioX (and selected for a talk by Alexander Urban at 11:05), 526 also from Stanford (GiWon Shin et al), and 301 (Gavin Arno et al) @Gavin_Arno @SightResearchUK
Latest CATCH-nanopore sequence. Over 700-fold enrichment for the gene and 60x depth with full length reads at 140kb - variant detection and distant phasing with long reads using R9.4.1 minION flowcell and LSK110 chemistry @nanopore @SageSci @tchrisboles @UCLeye @Moorfields