In the regular chip seq although 10ng dna is a lot to a specific gene the amoount of dna is still very low.
Chip seq library preparation.
Preparation methods for chomatin immunoprecipitated chip seq dna libraries are similar to those for standard dna.
Simple hands on time 10 min.
What quantity of chip dna is recommended for library preparation.
The nebnext chip seq library prep master mix set for illumina contains reagents for preparation of libraries for next generation sequencing on the illumina platform from 10 ng of chip dna in a standard workflow.
A quantity of 1 10 ng of chip dna is recommended for constructing a library with the nebnext chip seq library prep kit.
Each of these components must pass rigorous quality control standards and are lot controlled both individually and as a set of reagents.
Truseq chip library preparation kits are compatible with all illumina sequencers.
If you have less than 1 ng consider pooling replicate chip samples together in a maximum volume of 30 µl.
Chip seq library prep fast total time 1 5 hrs.
However the amount of input dna for chip seq libraries is often lower than for standard dna library construction.
However the amount of input dna for chip seq libraries is lower than for standard dna library construction and library preparation requires the use of optimized reagents and protocols.
See genohub s up to date list of available illumina chip seq library prep services or if you re doing your own library preparation see the list of facilities that offer illumina sequencing.
Preparation methods for chromatin immunoprecipitation chip seq dna libraries are similar to those for standard dna.
Offering the proven data quality and ease of use of truseq dna sequencing they provide a streamlined chip seq library preparation workflow that leverages reagent master mixes to minimize pipetting and reduce total assay time.
Please note that adaptors and primers are not included in the kit and are available separately.
Input dna amount from 5 ng to 30 ng.
High library conversion efficiency.