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Deep Well Microplate

Chromatrap® Native ChIP kits provide an alternative to traditional cross-linked ChIP, which removes the need for fixing cells prior to extraction. 

The Chromatrap DNA Extraction kit delivers a protocol to isolate superior quality DNA from a wide range of samples sources, including difficult cell and tissue types. With high volume binding capacity, DNA is efficiently lysed, captured and eluted from the unique spin column and 96 well plate designs. Quick and easy to use, the Chromatrap DNA Extraction kit ensures high quality and recovery of DNA during the first steps of fun…

The purification kits are designed to be quick and easy to use and perfect for your downstream applications of choice.

The Chromatrap Gel Purification Kit contains spin columns and reagents to quickly and efficiently purify DNA from agarose gels. Elute high yield and ultra-pure DNA for downstream molecular biological applications.

Clean up and concentrate DNA in as little as 5µl (5-10 µg DNA) elution volume.

Easily purify your preferred DNA fragments from a wide range of sample sources with the Chromatrap Size Selection kit. In 3 simple steps (bind, wash and elute) in under 5 minutes, elute superior quality DNA fragments of your desired size for downstream applications such as library preparation for next generation sequencing in under 5 minutes.

The Chromatrap ChIP-Seq kit is the go-to, high sensitivity kit for low cell ChIP. Whether you are looking at transcription factors or histone modifications, the Chromatrap ChIP-Seq is a robust kit designed to perform faster, easier with no compromise on sensitivity. 

The Chromatrap ChIP-Seq kit is the go-to, high sensitivity kit for low cell ChIP. Whether you are looking at transcription factors or histone modifications, the Chromatrap ChIP-Seq is a robust kit designed to perform faster, easier with no compromise on sensitivity.

The Chromatrap ChIP-Seq kit is the go-to, high sensitivity kit for low cell ChIP. Whether you are looking at transcription factors or histone modifications, the Chromatrap ChIP-Seq is a robust kit designed to perform faster, easier with no compromise on sensitivity.

The Chromatrap ChIP-Seq kit is the go-to, high sensitivity kit for low cell ChIP. Whether you are looking at transcription factors or histone modifications, the Chromatrap ChIP-Seq is a robust kit designed to perform faster, easier with no compromise on sensitivity.

The use of high quality and specific ChIP validated antibodies is essential for the success of a ChIP assay. Chromatrap ® ChIP-validated Antibodies can now be supplied with the correct matching primer sets to cover all aspects of ChIP validation.

Streamline your ChIP and library preparation with the Chromatrap kit that allows you to sequentially perform ChIP and library preparation for next-generation sequencing.  

The success of a ChIP assay is highly dependent on the quality of chromatin prepared. Chromatrap® supply individual reagents for the isolation of chromatin from your sample.  

The use of high quality and specific ChIP validated antibodies is essential for the success of a ChIP assay. Chromatrap provides a range of popular ChIP validated antibodies.

The first dedicated ChIP-Seq and library preparation kit for Drosophila.

Heat Seals for Microplates

Mats and Caps for Microplates

24 Well Clear Assay Microplate

96 Well Clear Assay Microplate

Robotic Friendly Manifold

As therapeutic molecules become more complex, developing cell lines that make high yield, high-quality product has become more challenging. Opto Assure makes earlier assessment of product quality possible, so you get the best cells and a faster, lower-risk path to volume production – even for complex molecules like bispecifics.

With the Beacon system’s light-speed workflows, you’ll gain insights, iterate and innovate. Replace a roomful of equipment with the Beacon system Work fast with individual cells  Perform assays at any time, as often as you need Track phenotype and genotype of single cells or clones Automate and scale workflows beyond manual, time-intensive analysis Generate great insights through deep profiling of each cell or clone

Maximum protein recovery

Low autofluorescence and optimum gas exchange