ChIP-seq is a powerful technique used to identify genome-wide interactions between DNA and proteins, such as transcription factors and histones. It is one of the key methods used in epigenomics research.
Although all cells in the human body contain the same genetic blueprint, known as genomic DNA, they differ greatly in both structure and function. For example, skin cells, muscle cells, neurons, and blood cells all perform distinct roles despite sharing the same DNA.
These differences are believed to result from variations in how the genetic blueprint is utilized within each cell. The mechanisms that regulate this process are known as epigenetics, and the complete set of these regulatory modifications is referred to as the epigenome.
Epigenomics research aims to understand how genes are regulated and how the same genome can give rise to diverse cell types and biological functions. Because epigenetic regulation is involved in virtually all biological processes, the field has expanded rapidly since the completion of the Human Genome Project in 2003.
In addition to ChIP-seq, we also offer a variety of biomarker analysis services, including reporter assays and gene expression analysis. By combining these approaches, researchers can gain deeper insights into the molecular mechanisms and biological effects of their samples.
Our experienced scientists can provide customized study designs and analytical support tailored to your research objectives. We welcome the opportunity to discuss your project and look forward to supporting your research.
