Epigentek

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Epigentek Epigentek Group Inc. is the leading developer and provider of innovative technologies and products for epigenetic-related research.

A pioneer and leader in commercialized products for epigenetic research — including assay kits, antibodies, proteins, and services for DNA methylation, RNA methylation, histone modification, and chromatin studies. Founded in 2005, the company has since developed a comprehensive portfolio of proprietary products to provide complete and systematic solutions for epigenetics-related research and drug discovery. Epigentek products are used all around the world by esteemed academia, leading pharmaceuticals, and cutting-edge biotechnology companies. These unique products are specifically designed to make assays much simpler, faster, more convenient, and highly more efficient than currently used methods. Epigentek's products are sold through a dedicated sales force and a global network of distributors in more than thirty six countries and regions. It is our number one priority to ensure that the innovation of our technology will result in complete customer satisfaction and the greatest success in your experiments. The company, particularly emphasizing speed and effectiveness in its technologies, continues to focus on epigenetic innovation and extensively develop and enhance its product portfolio.

What can cfDNA tell us that sequence alone cannot?Methylation patterns, fragment length and end motifs, and nucleosome-a...
10/08/2026

What can cfDNA tell us that sequence alone cannot?

Methylation patterns, fragment length and end motifs, and nucleosome-associated fragmentation can provide complementary signals for tissue-of-origin, cell-type, and chromatin-accessibility inference.

Affinity alone does not tell you whether an antibody will resolve the molecular state your assay actually needs. For con...
10/06/2026

Affinity alone does not tell you whether an antibody will resolve the molecular state your assay actually needs. For conserved proteins, limited epitopes, and PTM-specific targets, the screening contrasts are what determine useful specificity.

Compare CRISPR conditions with more confidence by verifying Cas9/dCas9 protein abundance before moving to locus-specific...
10/01/2026

Compare CRISPR conditions with more confidence by verifying Cas9/dCas9 protein abundance before moving to locus-specific readouts.

A change in METTL3 or FTO does not, by itself, establish an m6A mechanism. This review looks at how transcript-level evi...
09/29/2026

A change in METTL3 or FTO does not, by itself, establish an m6A mechanism. This review looks at how transcript-level evidence and assay resolution can strengthen mechanistic claims in m6A studies.

Introducing our new SpeedRun One-Hour ELISA Kits, designed for a faster, streamlined ELISA workflow across multiple targ...
09/24/2026

Introducing our new SpeedRun One-Hour ELISA Kits, designed for a faster, streamlined ELISA workflow across multiple targets.

Save $50 on all SpeedRun kits through December 31, 2026.

How portable is antibody validation across chromatin profiling assays? Strong ChIP performance may not predict CUT&Tag b...
09/22/2026

How portable is antibody validation across chromatin profiling assays? Strong ChIP performance may not predict CUT&Tag behavior when epitope accessibility and productive Tn5 tethering differ.

The MethylFlash Global DNA Methylation (5-mC) ELISA Easy Kit offers a fast, sensitive, colorimetric workflow for quantif...
09/17/2026

The MethylFlash Global DNA Methylation (5-mC) ELISA Easy Kit offers a fast, sensitive, colorimetric workflow for quantifying 5-mC across a wide range of DNA samples.

Our latest article looks at RRBS workflow design for limited and compromised samples, including FFPE DNA, coverage consi...
09/15/2026

Our latest article looks at RRBS workflow design for limited and compromised samples, including FFPE DNA, coverage considerations, sample heterogeneity, and when broader methylome sequencing may be a better fit.

Read the full article on the EpigenTek website.

Plant stress memory does not appear to follow one universal chromatin signature. Learn how Arabidopsis and barley retain...
09/08/2026

Plant stress memory does not appear to follow one universal chromatin signature. Learn how Arabidopsis and barley retain HSFA2/HSFA3-dependent heat memory with different H3K4me3 patterns, reinforcing the need for species-specific validation.

Plant stress memory is supported by molecular states that remain after the first stress has ended and influence transcription, chromatin organization, or stress tolerance during a later exposure.

Address

110 Bi County Boulevard Ste 122
Farmingdale, NY
11735

Opening Hours

Monday 9:30am - 6:30pm
Tuesday 9:30am - 6:30pm
Wednesday 9:30am - 6:30pm
Thursday 9:30am - 6:30pm
Friday 9:30am - 6:30pm

Telephone

+16317550888

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