Unlocking the Potential of Epigenetics

Our innovative profiling technology rapidly expands epigenetic data, propelling breakthroughs in epigenomics.

EpiFinder™ – elevate your epigenetic studies to new levels

With EpiFinder™, you can now generate quantitative data at scale, faster, and more cost-efficiently than ever before. Our innovative approach provides comprehensive data-yield, enabling unparalleled insights into the intricate world of epigenetics. EpiFinder™ comes in three distinct KITS tailored to meet the unique needs of your research.

Epigenica offers a wide range of profiling kits and services

Our customers experience unprecedented cost-efficiency and data-yield for all types of epigenetic studies. Epigenica’s patented technology is applicable to genome-wide profiling, as well as global-level screening. Our offer comes in a range of kits and services, tailored to meet the specific requirements of each customer. Learn more about EpiFinder™ Genome and EpiFinder™ Global at our products page, and explore our Epigenetic Profiling Service at our service page.

Study epigenetics at unparalleled scale

We are introducing a novel approach to studying epigenetic modifications, exponentially scaling up your research capabilities. EpiFinderTM enables the profiling of 24 epigenetic modifications in as many as 96 individual samples – all in a single workflow. The technology generates 200 times more data points than any competitor, while maintaining the precision and quality needed for groundbreaking science. EpiFinderTM also drastically reduce the cost and time spent per data point, marking a big leap forward in the field of epigenetic research. The technology also enable profiling of histone modifications in combination with DNA methylation in the same multiplex workflow.

Epigenetics is the next revolution in healthcare and aging

Epigenetics refers to the heritable changes in gene activity that occur without alterations to the DNA sequence. Influenced by environmental factors, disease history and lifestyle choices, these changes play a central role in aging and can affect disease development. Understanding epigenetic mechanisms, such as the function of DNA and histone modifications, is crucial for advancing cancer diagnostics, biomarker discovery, drug development, precision medicine, and more. The interest in studying DNA and histone modifications, and technologies to profile these epigenetic markers in cells, tissues and fluids, has surged in the last decade.

Proudly with

This website uses cookies. By continuing to use this site, you accept our use of cookies.