The principle of chromatin immunoprecipitation (CHIP):
In the living cell state, the protein-DNA complex is immobilized and randomly cut into small pieces of chromatin within a certain length. Then the complex is precipitated by immunological methods to specifically enrich the DNA of the target protein. Fragments, through the purification and detection of the target fragments, to obtain information on the interaction of proteins with DNA.
Chromatin Co-immunoprecipitation (CHIP) Applications:
Detection of the dynamic effects of trans-factors and DNA in vivo Study of the relationship between various covalent modifications of histones and gene expression The CHIP-on-chip method established by the combination of CHIP and gene chips has been widely used for the high target-specific target cells The combination of flux screening CHIP and the in vivo footprinting method was used to find the in vivo binding site RNA-CHIP of trans factors for studying the role of RNA in gene expression regulation. CHIPseq obtains DNA segment information that interacts with histones, transcription factors, etc. within the entire genomeDiagenode Bioruptor Non-contact Ultrasonic Breaker Safeguards CHIP Sample Processing with the Newest Technology
Broad range of DNA ultrasound to ensure uniform sample handlingDi-Tert-Butyl Peroxide,Tert-Butyl Peroxide,Bis(Tert-Butyl) Peroxide,Dtbp Di-Tert-Butyl Peroxide
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