N-Acetylaspartate and DARPP-32 levels decrease in the corpus striatum of Huntington's disease mice

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Keyphrases

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Dopamine Keyphrases
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Phosphoprotein Keyphrases
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N-acetylaspartate Keyphrases
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Huntington's Diseas... Keyphrases
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Corpus Striatum Keyphrases
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S Disease Keyphrases
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Immunohistochemistr... Keyphrases
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Choline Keyphrases
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Exon Keyphrases
14
Receptor Signaling Keyphrases
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Neuronal Markers Keyphrases
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Autosomal Dominant Keyphrases
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Transgenic Mice Keyphrases
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Cerebral Cortex Keyphrases
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Neuronal Function Keyphrases
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Huntingtin Keyphrases
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Littermate Keyphrases
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Striatum Keyphrases
14
Phosphocreatine Keyphrases
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Progressive Neurode... Keyphrases
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Calbindin Keyphrases
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MR Spectroscopic Im... Keyphrases
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Aberrant Receptors Keyphrases
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Neuronal Dysfunctio... Keyphrases
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CAG Repeat Keyphrases

Neuroscience

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Huntington's Diseas... Neuroscience
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Striatum Neuroscience
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Phosphoprotein DARP... Neuroscience
25
Gene Neuroscience
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Exon Neuroscience
25
Immunohistochemistr... Neuroscience
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Cerebral Cortex Neuroscience
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Neurodegeneration Neuroscience
25
CAG Repeat Neuroscience
25
Choline Neuroscience
25
Creatine Neuroscience
25
Huntingtin Neuroscience
25
Calbindin Neuroscience
25
In Vivo Magnetic Re... Neuroscience
25
Creatine Phosphate Neuroscience
25
Receptor Neuroscience

INIS

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levels INIS
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diseases INIS
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mice INIS
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nervous system dise... INIS
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dopamine INIS
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phosphoproteins INIS
16
receptors INIS
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spectroscopy INIS
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humans INIS
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genes INIS
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indicators INIS
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in vivo INIS
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choline INIS
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magnetic resonance INIS
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exons INIS
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transgenic mice INIS
16
cerebral cortex INIS
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creatine INIS
16
phosphocreatine INIS
Research OutputsResearch Output authored by N-Acetylaspartate and DARPP-32 levels decrease in the corpus striatum of Huntington's disease mice is tagged with the concept