CRISPRclean Wheat DNA Depletion Kit (24 Samples)

JumpcodeSKU: JUM-KIT2004

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Description

The CRISPRclean Repetitive Elements Depletion (Wheat) kit is designed to deplete wheat repetitive element sequences in just 4.5 hours with ~1 hours of hands-on time. This kit contains the reagents necessary to process the user’s adapter ligated DNA libraries through depletion. The protocol is suited for total DNA. The final product is a DNA library compatible with next-generation sequencing instruments.

Description 

Assay time 

~4.5 hours 

Hands-on time 

~1 hour 

Recommended library prep 

NEBNext Ultra II DNA Library Prep Kit 

Ideal library fragment size 

750-900 bp 

Input quantity for depletion 

~1 ng of adapter-ligated DNA library per sample 

Depletion mechanism 

CRISPR Cas9 mediated 

Multiplexing 

8 samples per depletion reaction 

Species 

Wheat (tested on Chinese Spring and Jagger strains) 

Designed to deplete 

Wheat repetitive elements 

tested performance 

tested Chinese spring and jagger strains: 

• Chinese spring had a depletion rate of 69% of targeted region which translates to 54% removal of the wheat genome. 

• Jagger had a depletion rate of 54%, which translates to 42% removal of genome. 


Compatibility 

Short read sequencing instruments such as Illumina® instruments 

Samples per kit 

24 samples 

 

Kit contents, storage, and shelf life 

The kit contains enough material to prepare 24 DNA libraries for Illumina® compatible sequencing. 8 wheat DNA libraries can be pooled in each depletion reaction. The shelf life of all reagents is 12 months from the date of manufacturing when stored properly. 

The CRISPRclean Repetitive Element Depletion (Wheat) is made up of the following kit contents to be stored at the temperatures indicated in the table below: 

Depletion box Kit contents 

Storage temp 

CRISPRclean Cas9 

-20°C 

CRISPRclean 10x Cas9 buffer 

-20°C 

CRISPRclean Nuclease-free water 

-20°C 

CRISPRclean RNase inhibitor 

-20°C 

CRISPRclean 2X PCR mix 

-20°C 

CRISPRclean P5 primer 

-20°C 

CRISPRclean P7 primer 

-20°C 

CRISPRclean Tris buffer 

-20°C 


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