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#nanopore — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #nanopore, aggregated by home.social.

  1. Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future!

    biorxiv.org/content/10.64898/2

    #bioinformatics #ONT #nanopore #microbiology

  2. Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future!

    biorxiv.org/content/10.64898/2

    #bioinformatics #ONT #nanopore #microbiology

  3. Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future!

    biorxiv.org/content/10.64898/2

    #bioinformatics #ONT #nanopore #microbiology

  4. Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future!

    biorxiv.org/content/10.64898/2

    #bioinformatics #ONT #nanopore #microbiology

  5. Performance test of QNome nanopore sequencer. Looks very interesting - I'm always on the lookout for alternate platforms for Binomica. More reason for us to build platform agnostic squiggle/QC tools for the future!

    biorxiv.org/content/10.64898/2

    #bioinformatics #ONT #nanopore #microbiology

  6. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  7. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  8. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  9. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  10. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  11. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  12. I went through a bunch of PCIe usb cards that can allow the P2 Solo to communicate with MinKnow (per ONT connecting those devices to a PCIe/USB is a No-No). Can verify we have liftoff w the Startech 20gbps , but not the U3142c. May need to ⬆️ Linux buffer size for DAQ #nanopore

  13. Dear Nanopore folks, could you give an advice about an issue that my lab has with direct RNA sequencing on MinION. We're doing RNA004 sequencing of various samples and again and again, there's a staggering amount of reads with just repetitive AAG triplet. This happens for weird IVT RNA and perfectly normal yeast or HEK cells. I'm using Dorado 1.4.0 with the 5.3.0 sup model. Looks to me like the open channel or some kind of stalling is just called as this kmer.
    #nanopore #nanoporesequencing

  14. Dear Nanopore folks, could you give an advice about an issue that my lab has with direct RNA sequencing on MinION. We're doing RNA004 sequencing of various samples and again and again, there's a staggering amount of reads with just repetitive AAG triplet. This happens for weird IVT RNA and perfectly normal yeast or HEK cells. I'm using Dorado 1.4.0 with the 5.3.0 sup model. Looks to me like the open channel or some kind of stalling is just called as this kmer.
    #nanopore #nanoporesequencing

  15. Dear Nanopore folks, could you give an advice about an issue that my lab has with direct RNA sequencing on MinION. We're doing RNA004 sequencing of various samples and again and again, there's a staggering amount of reads with just repetitive AAG triplet. This happens for weird IVT RNA and perfectly normal yeast or HEK cells. I'm using Dorado 1.4.0 with the 5.3.0 sup model. Looks to me like the open channel or some kind of stalling is just called as this kmer.
    #nanopore #nanoporesequencing

  16. Dear Nanopore folks, could you give an advice about an issue that my lab has with direct RNA sequencing on MinION. We're doing RNA004 sequencing of various samples and again and again, there's a staggering amount of reads with just repetitive AAG triplet. This happens for weird IVT RNA and perfectly normal yeast or HEK cells. I'm using Dorado 1.4.0 with the 5.3.0 sup model. Looks to me like the open channel or some kind of stalling is just called as this kmer.
    #nanopore #nanoporesequencing

  17. Hi everyone 🖖

    If you are thinkging about using #nanopore for genomic surveillance in #hospitals, but don't have the #bioinformatics nor command-line skills, don't let that put you off.

    'Modernising Medical Microbiology', at @NDMOxford in #Oxford, has developed `OxBreaker': a graphical tool that can help identify budding #outbreaks by #healthcare professionals without having to upload your data to external servers and compromise patient privacy. Worth a read 👇

    biorxiv.org/content/10.64898/2

  18. Hi everyone 🖖

    If you are thinkging about using #nanopore for genomic surveillance in #hospitals, but don't have the #bioinformatics nor command-line skills, don't let that put you off.

    'Modernising Medical Microbiology', at @NDMOxford in #Oxford, has developed `OxBreaker': a graphical tool that can help identify budding #outbreaks by #healthcare professionals without having to upload your data to external servers and compromise patient privacy. Worth a read 👇

    biorxiv.org/content/10.64898/2

  19. Hi everyone 🖖

    If you are thinkging about using #nanopore for genomic surveillance in #hospitals, but don't have the #bioinformatics nor command-line skills, don't let that put you off.

    'Modernising Medical Microbiology', at @NDMOxford in #Oxford, has developed `OxBreaker': a graphical tool that can help identify budding #outbreaks by #healthcare professionals without having to upload your data to external servers and compromise patient privacy. Worth a read 👇

    biorxiv.org/content/10.64898/2

  20. Hi everyone 🖖

    If you are thinkging about using #nanopore for genomic surveillance in #hospitals, but don't have the #bioinformatics nor command-line skills, don't let that put you off.

    'Modernising Medical Microbiology', at @NDMOxford in #Oxford, has developed `OxBreaker': a graphical tool that can help identify budding #outbreaks by #healthcare professionals without having to upload your data to external servers and compromise patient privacy. Worth a read 👇

    biorxiv.org/content/10.64898/2

  21. Hi everyone 🖖

    If you are thinkging about using #nanopore for genomic surveillance in #hospitals, but don't have the #bioinformatics nor command-line skills, don't let that put you off.

    'Modernising Medical Microbiology', at @NDMOxford in #Oxford, has developed `OxBreaker': a graphical tool that can help identify budding #outbreaks by #healthcare professionals without having to upload your data to external servers and compromise patient privacy. Worth a read 👇

    biorxiv.org/content/10.64898/2