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I have some nanopore sequenced fungal sample. Sequenced with R10.4 cell and LSK114 kit.
Basecalling was performed using dorado and from fastQ files i found basecall_model_version_id=dna_r10.4.1_e8.2_400bps_hac@v4.2.0
Median Q-score across all samples is between 16-17
Median Read-length across all samples is between 7000-9000
in all samples less tha 3% reads are actually >Q20.
I previously usied nano-raw option for assembly generation but now i see some papers which have data sequenced with same nanopore cell and chemistry and they used nano-hq option.
This makes me confused on which option should be used for my data.
Can you share some insights on this. Will be a great assistance.
Previous command I used flye --nano-raw NP01_chopper.fastq --out-dir ./flye_assemblies/NP01/ --threads 45 --genome-size 60m --iterations 2 --scaffold
The text was updated successfully, but these errors were encountered:
Hello, Thankyou for such a great tools.
I have some nanopore sequenced fungal sample. Sequenced with R10.4 cell and LSK114 kit.
Basecalling was performed using dorado and from fastQ files i found basecall_model_version_id=dna_r10.4.1_e8.2_400bps_hac@v4.2.0
I previously usied nano-raw option for assembly generation but now i see some papers which have data sequenced with same nanopore cell and chemistry and they used nano-hq option.
This makes me confused on which option should be used for my data.
Can you share some insights on this. Will be a great assistance.
Previous command I used
flye --nano-raw NP01_chopper.fastq --out-dir ./flye_assemblies/NP01/ --threads 45 --genome-size 60m --iterations 2 --scaffold
The text was updated successfully, but these errors were encountered: