Generation of Brain Tumor Neurospheres and Culturing Conditions
2:23
Chromatin Preparation
4:52
Immunoprecipitation (IP)
8:21
Results: Representative ChIP qPCR Data as Percent Input
9:05
Conclusion
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The overall goal of this procedure is to identify the enrichment of histone marks in a specific genomic location. This method can help answer key questions in the epigenetics field, such as how mutations in epigenetic regulators which alter histon
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Epigenetic mechanisms are frequently altered in glioma. Chromatin immunoprecipitation could be used to study the consequences of genetic alterations in glioma that result from changes in histone modifications which regulate chromatin structure and gene transcription. This protocol describes native chromatin immunoprecipitation on murine brain tumor neurospheres.