
RevoluGen
@revolugen
ID: 1165521618074030081
http://www.revolugen.co.uk 25-08-2019 07:09:49
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Fire Monkey magnetic beads extract + Ligation Sequencing Kit V14/MinION Oxford Nanopore

100microLt whole blood, Fire Monkey magnetic, no size-selection post extraction, MinION LSKv14 Oxford Nanopore => ~8Gb and N50:40kb after 17hrs.


E coli Fire Monkey magnetic beads HMW-DNA extract captured on a precipitation star Oxford Nanopore

Miniaturized HMW-DNA extractions: 200microLt E coli culture + reduced Fire Monkey solution volumes on magnetic beads -> MinION/LSK114 Oxford Nanopore

Fire Monkey magnetic beads for mammalian samples. HMW-DNA or tuneable, miniaturized and automatable. No resting, fragmentation or size selection post-extraction. LSK114/MinION Oxford Nanopore performance.






Fire Monkey chemistry + Dynabeads/Kingfisher Apex Thermo Fisher. 1ml E coli culture, on deck Proteinase K lysis to elution automated workflow. Raw data : 14Gb, read N50: 27kb on MinION/LSK114 Oxford Nanopore, single run.


In development: Low molecular weight DNA extract input fragmentation on Fire Monkey magnetic beads for long Oxford Nanopore reads


Fully automated Kingfisher Thermo Scientific Fire Monkey beads HMW-DNA extraction from white blood cells. No size selection post-extraction LSK114/MinION Oxford Nanopore

White blood cells extraction/fragmentation magnetic beads protocol. 460+ pores sequencing, N50:21kb Oxford Nanopore LSK114/MinION.

Single extraction/fragmentation protocol (magnetic beads) => single (no nuclease flushes) mammalian genome run. 21kb and 22Gb on a MinION flow cell, LSK114 Oxford Nanopore


Low Molecular Weight mammalian DNA input ➡️Fire Monkey beads size selection/fragmentation workflow ➡️appx. 30Gb on a single LSK114/MinION run Oxford Nanopore


NEWS We are absolutely delighted to announce our agreement with #ProteoQuest for the distribution of Fire Monkey HMW-DNA extraction kits across #China including Hong Kong and Taiwan. User-friendly, single extraction for both Illumina Oxford Nanopore reads. revolugen.co.uk/news/37/111/Re…