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    Home > Biochemistry News > Biotechnology News > Neuronal loss in Huntington's disease is associated with glia transcription factor deficiency

    Neuronal loss in Huntington's disease is associated with glia transcription factor deficiency

    • Last Update: 2022-09-15
    • Source: Internet
    • Author: User
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    Steven Goldman, MD, is the senior author


    However, Huntington's disease has long been considered a neuronal disease, as demyelinating leads to the death of moderate spiny motor neurons, which ultimately leads to the characteristics of clinical progression of the disease: involuntary movements, impaired motor coordination, cognitive decline, depression, and psychosis


    The new study, led by neuroscientist Steven Goldman, MD, Ph.


    Dr.


    Goldman's lab previously found dysfunction


    Next, the researchers isolated RNA and proteins from OPCs in the callosum, a thick bundle


    Through the analysis of the gene network, the scientists targeted an inhibited transcription factor, Tcf7l2, which is key


    The authors note that current research suggests that the causal relationship between transcription and myelin retention that relies on TCF7l2 provides an approachable mechanism


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