You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
To reduce cost, our lab uses combinatorial dual indices (HiTOM primers) to multiplex NGS reactions. The pipeline looks something like this:
Merge paired-end reads: FLASh
Demultiplex/split based on L and R barcodes: CRISPRMatch
Analyze: CRISPRessoBatch
I am wondering if the demultiplexing can be performed in CRISPResso so that the pipeline can be consolidated into a single tool. Ideally, one would supply a .csv file containing the sample name, barcode_L, and barcode_R. Then, Batch mode can be used to analyze the demultiplexed samples. I see that CRISPRessoPooled is available as well: will that work for this application? The barcodes are short (4bp) near each amplicon terminus. It is not uncommon for us to demultiplex paired-end NGS results into 50+ fastq files after merging.
Thanks in advance!
The text was updated successfully, but these errors were encountered:
We could definitely look into this if there is a demand by the broader audience. Do your L and R barcodes define specific samples which have amplicon sequencing at the same locus? Or what are you barcoding?
Thanks for your response. The L and R barcodes indeed define specific samples. The amplicons are typically at the same target region. There is certainly a demand from a broader audience, from the Plant Science community, in particular. For example, this allows us to perform deep amplicon sequencing on many transgenic plants in a single NGS reaction.
If you'd like to connect about this with further details, let me know, and I can send you an email. Thanks!
To reduce cost, our lab uses combinatorial dual indices (HiTOM primers) to multiplex NGS reactions. The pipeline looks something like this:
Merge paired-end reads: FLASh
Demultiplex/split based on L and R barcodes: CRISPRMatch
Analyze: CRISPRessoBatch
I am wondering if the demultiplexing can be performed in CRISPResso so that the pipeline can be consolidated into a single tool. Ideally, one would supply a .csv file containing the sample name, barcode_L, and barcode_R. Then, Batch mode can be used to analyze the demultiplexed samples. I see that CRISPRessoPooled is available as well: will that work for this application? The barcodes are short (4bp) near each amplicon terminus. It is not uncommon for us to demultiplex paired-end NGS results into 50+ fastq files after merging.
Thanks in advance!
The text was updated successfully, but these errors were encountered: