From portable to high-throughput benchtop devices, real-time nanopore sensing is a new generation of technology uncovering new biology across multiple sectors.
17th Sept 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Sep 17 2024
MRT_9186_v114_revG_17Aug24
English
MinION
17th Sept 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Sep 17 2024
MRT_9186_v114_revG_17Aug24
English
GridION
17th August 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Sep 17 2024
MRT_9186_v114_revG_17Aug24
English
MinION
17th August 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Sep 17 2024
MRT_9186_v114_revG_19Apr2023
English
GridION
02nd July 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Sep 17 2024
MRT_9186_v114_revG_19Apr2023
English
MinION
02nd July 2024
- Fixed table formatting in PCR Section of protcocol, step 1.
Jul 2 2024
MRT_9186_v114_revF_19Apr2023
English
GridION
02nd July 2024
- Included the following statement to the introduction to the protocol and the Midnight primer sequence information: 'As mutations in SARS-CoV-2 variants emerge amplicon drop out may be observed; for users wishing to design their own primer spike-ins to address this we suggest adding to the appropriate primer pool at a final concentration between 3.33 µM and 6.66 µM.'
Jul 2 2024
MRT_9186_v114_revF_19Apr2023
English
MinION
02nd July 2024
- Included the following statement to the introduction to the protocol and the Midnight primer sequence information: 'As mutations in SARS-CoV-2 variants emerge amplicon drop out may be observed; for users wishing to design their own primer spike-ins to address this we suggest adding to the appropriate primer pool at a final concentration between 3.33 µM and 6.66 µM.'