Resources: Documentation

Analysis of cell-free (cf)DNA can be used for a range of uses, including cancer detection and tissue-of-origin analysis. This document is a repository for all of our internally developed methods, know-how documents and information. This will ensure our users can easily access all the required information and our recommended best practices using nanopore sequencing technology for cfDNA.

This info sheet highlights the application and advantages of the CRISPR/Cas system with nanopore sequencing. The technology provides high-coverage, low-cost, native strand sequencing without amplification. For Research Use Only

This info sheet highlights the application and advantages of chromatin conformation capture with nanopore sequencing, known as Pore-C. The restriction enzyme Pore-C (RE-Pore-C) is intended for the manipulation of cell or nuclei suspensions to capture three-dimensional interactions of DNA within chromatin. When sequenced on Oxford Nanopore Technologies sequencing platforms, Pore-C can enable native sequencing of chromatin conformation capture extracts whilst retaining DNA base modifications. The RE-Pore-C protocol has been developed using human cell line culture, although can also be used in conjunction with other sample types, including animal tissue and insects prepared following the relevant recommended Pore-C sample preparation procedure. In addition, there is a separate protocol for Plant Pore-C which differs from the RE-Pore-C protocol to accommodate plant samples. Protocols are located in the [Extraction protocols](https://community.nanoporetech.com/docs/prepare/extraction_protocols) section of the Nanopore Community. For Research Use Only.