In a mouse brain dataset analyzed by GPT-Rosalind, TSC2 loss altered expression of dozens of genes in a group of cerebellar neurons, including genes involved in neural communication, whereas TSC1 disruption produced minimal changes. The phenomenon could explain why TSC2 causes more severe tuberous sclerosis; it remains an open question whether current mTOR-targeting treatments reverse these changes.
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According to GPT-Rosalind, TSC2 alterations more strongly change gene expression in certain cerebellar cells
In a mouse brain dataset analyzed by GPT-Rosalind, TSC2 loss altered expression of dozens of genes in a group of cerebellar neurons, including genes involved in neural communication, whereas TSC1 disruption produced minimal changes.
