From portable to high-throughput benchtop devices, real-time nanopore sensing is a new generation of technology uncovering new biology across multiple sectors.
1st August 2022
- Removed references to FFPE in the End-prep step.
- Updated the steps for preparing third party reagents in 'Native barcode ligation' and 'Adapter ligation and clean-up' steps.
1st August 2022
- Removed references to FFPE in the End-prep step.
- Updated the steps for preparing third party reagents in 'Native barcode ligation' and 'Adapter ligation and clean-up' steps.
21st April 2021
Inclusion of the optional Adapter Mix II Expansion (EXP-AMII001) kit for instances when a user is running a subset of barcodes in one experiment and needs extra Adapter Mix II for more reactions:
- EXP-AMII001 is included in the "Equipment and consumables" section
- Explanation of when to use EXP-AMII001 in the "Adapter ligation and clean-up" step
21st April 2021
Inclusion of the optional Adapter Mix II Expansion (EXP-AMII001) kit for instances when a user is running a subset of barcodes in one experiment and needs extra Adapter Mix II for more reactions:
- EXP-AMII001 is included in the "Equipment and consumables" section
- Explanation of when to use EXP-AMII001 in the "Adapter ligation and clean-up" step
23rd January 2020
Replaced DNA input recommendations for R10 flow cells with R10.3:
- starting with 1.5-3 µg (or 150-300 fmol) DNA
- loading 25-75 fmols onto the flow cell
23rd January 2020
Replaced DNA input recommendations for R10 flow cells with R10.3:
- starting with 1.5-3 µg (or 150-300 fmol) DNA
- loading 25-75 fmols onto the flow cell