Researchers from St. Jude performed a comprehensive epigenetic analysis across medulloblastoma subgroups, looking at histone post-translational modification states that can alter gene expression without changing the DNA sequences, creating a (IMAGE)

St. Jude Children's Research Hospital

Researchers from St. Jude performed a comprehensive epigenetic analysis across medulloblastoma subgroups, looking at histone post-translational modification states that can alter gene expression without changing the DNA sequences, creating a

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(L to R) Corresponding author Paul Northcott, PhD, St. Jude Center of Excellence in Neuro-Oncology Sciences (CENOS) director and Department of Developmental Neurobiology member; co-author Jamy Peng, PhD and co-first author Ran Tao, PhD, both of the Department of Development Neurobiology; co-first author Beisi Xu, PhD, Center for Applied Bioinformatics; and co-author Yurika Matsui, Department of Development Neurobiology.

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Courtesy of St. Jude Children's Research Hospital

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