CUT&Tag Service

End-to-end CUT&Tag service for genome-wide mapping of histone modifications and transcription factor binding

 

CUT&Tag Service Overview

CUT&Tag Service

Cleavage Under Targets and Tagmentation (CUT&Tag) is a method to investigate genomic localization of histone modifications and some transcription factors that reveals interactions between proteins and DNA or identifies DNA binding sites for proteins of interest.

CUT&Tag utilizes an antibody-based enzyme tethering strategy to target specific histone modifications or proteins to reveal chromatin-binding information that is specific to those sites or proteins of interest.

CUT&Tag is based on the same principles as ChIP-Seq, but with several changes to the protocol that are advantageous in certain situations. Instead of the sonication of fixed chromatin and immunoprecipitation steps performed in ChIP-Seq protocols, in CUT&Tag, fresh (not frozen) unfixed or lightly fixed cells are bound to concanavalin A beads and the antibody incubation is performed with cells in their native state. Directly following antibody binding, the chromatin is digested and NGS libraries are prepared in a single step by tagmentation using the protein A-Tn5 (pA-Tn5) transposome enzyme that has been pre-loaded with sequencing adapters.

Learn more about how CUT&Tag assays work

Work with the CUT&Tag Experts​

Let our team of experts produce high-quality CUT&Tag results from less starting material, saving you time and resources to allow you to focus on the bigger picture.

Using our CUT&Tag service is simple. You just submit your samples to Active Motif and receive the analyzed data and publication-ready figures back within a matter of weeks.

To learn more, please submit an Epigenetic Services Information Request.

How the CUT&Tag Assay Works

How the CUT&Tag Assay Works

What are the Advantages of Using Active Motif’s CUT&Tag Service?

CUT&Tag can be used to identify genome-wide histone modification or transcription factor profiling using a fraction of starting material that is recommended for ChIP-Seq. Having the ability to use less starting material allows for the profiling of histone modifications and transcription factor binding studies in sample types that due to sample quantities were not suitable for ChIP-Seq.

CUT&Tag also has the advantage of low background signal such that a lower sequencing depth can be used resulting in high-quality data at a fraction of the cost of ChIP-Seq.

With our end-to-end CUT&Tag service, you don’t need to worry about protocol optimization or testing multiple antibodies to try to find one that works because we take care of all of that for you. There’s also no need to learn bioinformatics because analysis of the next-generation sequencing data and explanation of the results are included standard.

Active Motif’s end-to-end CUT&Tag service includes:

  1. Cell preparation
  2. Concanavalin-A incubation and antibody binding
  3. Tagmentation using protein-A-Tn5 for library generation
  4. Perform next-generation sequencing
  5. Comprehensive bioinformatics and data analysis
  6. Delivery of publication-ready figures
 

CUT&Tag Service Data

CUT&Tag-IT™ Assay Kit compared with published data
(Click image to enlarge)

Figure 1. Correlation between ChIP-Seq and CUT&Tag data in K562 cell line.
Chromatin landscapes from human K562 cells are shown across a 500 kb segment of the human genome region (Chr5: 138,850-139,350) for H3K27me3 (blue), H3K4me3 (green), and H3K27ac (red) showing high concordance of CUT&Tag signals from 100,000 cells compared with ENCODE ChIP-Seq data from at least one million cells. Antibodies used in the CUT&Tag assays for the following targets were: H3K27me3: cat. no 39155H3K4me3: cat. no. 3915939917, H3K27ac: cat. no. 39133.


CUT&Tag-IT™ Assay Kit compared with published data
(Click image to enlarge)

Figure 2. CUT&Tag-IT data correlate well with ENCODE ChIP-Seq data in A549 cells.
Chromatin landscapes from human A549 cells are shown across a 350 kb segment of the human genome region (chr8:67,812-68,162) for H3K27me3 (blue), H3K4me3 (green), and H3K27ac (red), H3K4me1 (light blue) showing high concordance of CUT&Tag signals from 100,000 cells compared with ENCODE ChIP-Seq data from at least one million cells. Antibodies used in the CUT&Tag assays for the following targets were: H3K27me3: cat. no. 39155H3K4me3: cat. no. 39159, H3K27ac: cat. no. 39133, H3K4me1: cat. no. 39238.

 

 

CUT&Tag Service Documents

 

 

 

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