From portable to high-throughput benchtop devices, real-time nanopore sensing is a new generation of technology uncovering new biology across multiple sectors.
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
English
GridION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
English
MinION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
English
PromethION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
中文
Flongle
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
中文
GridION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
中文
MinION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
Apr 3 2024
RBK_9176_v114_revM_27Nov2022
中文
PromethION
January 2024
- Protocol format up-rev to new format
- Input quantities updated to 200 ng per sample
- Included a minimum required use of 4 barcodes
- Updated Rapid barcode addition volume
- Updated pooling and clean-up instructions
- Elute volumes updated to 15ul of EB per 24 samples
- PromethION branch library formulation updated to use EB (was nuclease-free water)
January 2023
- Updated "Priming and loading the flow cell" pages to clarify distinction in preparation of the flow cell priming mix depending on use of RBK114.24 kit or RBK114.96 kit.
January 2023
- Updated "Priming and loading the flow cell" pages to clarify distinction in preparation of the flow cell priming mix depending on use of RBK114.24 kit or RBK114.96 kit.
January 2023
- Updated "Priming and loading the flow cell" pages to clarify distinction in preparation of the flow cell priming mix depending on use of RBK114.24 kit or RBK114.96 kit.
January 2023
- Updated "Priming and loading the flow cell" pages to clarify distinction in preparation of the flow cell priming mix depending on use of RBK114.24 kit or RBK114.96 kit.
UNPUBLISHED
January 2023
- Included kit contents information for the Flongle Sequencing Expansion (EXP-FSE002) in the equipment and consumables.
- Changed the "Priming and loading the PrometION flow cell" section to the updated version.
UNPUBLISHED
January 2023
- Included kit contents information for the Flongle Sequencing Expansion (EXP-FSE002) in the equipment and consumables.
- Changed the "Priming and loading the PrometION flow cell" section to the updated version.
UNPUBLISHED
January 2023
- Included kit contents information for the Flongle Sequencing Expansion (EXP-FSE002) in the equipment and consumables.
- Changed the "Priming and loading the PrometION flow cell" section to the updated version.
UNPUBLISHED
January 2023
- Included kit contents information for the Flongle Sequencing Expansion (EXP-FSE002) in the equipment and consumables.
- Changed the "Priming and loading the PrometION flow cell" section to the updated version.
November 2022
- Updated kit name to Flongle Sequencing Expansion (EXP-FSE002)
- Updated "Library preparation" for Flongle flow cells: Finla library volume and loading input updated to 200 ng in 5 ul
November 2022
- Updated kit name to Flongle Sequencing Expansion (EXP-FSE002)
- Updated "Library preparation" for Flongle flow cells: Finla library volume and loading input updated to 200 ng in 5 ul
November 2022
- Updated kit name to Flongle Sequencing Expansion (EXP-FSE002)
- Updated "Library preparation" for Flongle flow cells: Finla library volume and loading input updated to 200 ng in 5 ul
November 2022
- Updated kit name to Flongle Sequencing Expansion (EXP-FSE002)
- Updated "Library preparation" for Flongle flow cells: Finla library volume and loading input updated to 200 ng in 5 ul