Epigentek

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.

Histone acetylation shifts do not reveal whether HAT, HDAC, or NAD+-dependent SIRT activity changed. Pair activity assay...
09/01/2026

Histone acetylation shifts do not reveal whether HAT, HDAC, or NAD+-dependent SIRT activity changed. Pair activity assays with global acetylation and locus-specific profiling.

Explore how HATs, HDACs, and NAD+-dependent sirtuins regulate histone acetylation, chromatin plasticity, and gene expression, with practical guidance for measuring enzyme activity and histone...

In neurobiology and cancer research, 5-hmC patterns can reveal changes linked to neuronal identity, tumor-associated rem...
08/25/2026

In neurobiology and cancer research, 5-hmC patterns can reveal changes linked to neuronal identity, tumor-associated remodeling, and DNA demethylation.

Examine how 5-hmC reflects neuronal identity, tumor-associated epigenetic remodeling, and DNA demethylation.

Derived from single B cells, our Recombinant Rabbit Monoclonal Antibodies are produced from a defined antibody sequence,...
08/19/2026

Derived from single B cells, our Recombinant Rabbit Monoclonal Antibodies are produced from a defined antibody sequence, providing a consistent, renewable source designed to support reproducible research.

Get 20% off your first purchase:

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Similar methylation phenotypes can result from distinct biological mechanisms. Explore how integrating enzyme-activity m...
08/13/2026

Similar methylation phenotypes can result from distinct biological mechanisms. Explore how integrating enzyme-activity measurements with 5-mC and 5-hmC analysis can strengthen mechanistic interpretation and help clarify the processes underlying observed methylation changes.

Pairing enzyme-activity measurements with 5-mC and 5-hmC analysis helps identify whether a methylation phenotype reflects altered catalysis, DNA replication, metabolism, genomic targeting, or...

One endpoint rarely explains how a metabolic shift reaches chromatin and affects transcription. Learn how combining meta...
08/04/2026

One endpoint rarely explains how a metabolic shift reaches chromatin and affects transcription. Learn how combining metabolite, enzyme, histone modification, genomic, and RNA measurements can build a stronger causal sequence.

Metabolic changes can reshape chromatin, but establishing the mechanism requires researchers to separate metabolite availability, enzyme activity, global histone modification levels, and...

Your antibody can be a major source of experimental variability. Learn how single B-cell-derived recombinant rabbit mono...
07/28/2026

Your antibody can be a major source of experimental variability. Learn how single B-cell-derived recombinant rabbit monoclonal antibodies support greater consistency and long-term reproducibility.

Single B-cell discovery combined with sequence-defined recombinant production gives researchers access to naturally paired rabbit antibodies with the consistency, continuity, and assay performance...

Get a FREE 2026 desk calendar with your $300 purchase while supplies last! Offer ends 12/31/2025.
11/24/2025

Get a FREE 2026 desk calendar with your $300 purchase while supplies last!

Offer ends 12/31/2025.

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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