Long read sequencing allows to sequence very repetitive genomic regions such as tandem repeats. In some cases, tandem repeats can expand and lead to some disorders such as neurodegenerative disorders. This method can detect with more efficiency the repeat expansion, by different approaches: enriching the region of interest (CRISPR or in silico enrichment) or with whole genome sequencing.
Let us know your specific interest of study and we will help you to design which is the best approach to get your results.
Ask for
01/
02/
Long read sequencing allows to sequence very repetitive genomic regions such as tandem repeats. In some cases, tandem repeats can expand and lead to some disorders such as neurodegenerative disorders. This method can detect with more efficiency the repeat expansion, by different approaches: enriching the region of interest (CRISPR or in silico enrichment) or with whole genome sequencing.
You can find the form on our website
When they arrive, our laboratory will take care of the rest.
Download the results and analyze them
01
Sample preparation
Long read sequencing allows to sequence very repetitive genomic regions such as tandem repeats. In some cases, tandem repeats can expand and lead to some disorders such as neurodegenerative disorders. This method can detect with more efficiency the repeat expansion, by different approaches: enriching the region of interest (CRISPR or in silico enrichment) or with whole genome sequencing.
02
Fill the form
You can find the form on our website
03
Send your samples
When they arrive, our laboratory will take care of the rest.
04
Ready!
Download the results and analyze them
2022 © Todos los derechos reservados
