Loss of UBE3A causes increased ASNS protein levels, activating stress signalling and reducing neuronal protein synthesis in Angelman syndrome models.
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Loss of UBE3A causes increased ASNS protein levels, activating stress signalling and reducing neuronal protein synthesis in Angelman syndrome models.
Reelin deficiency causes persistent disruptions in primary cilia orientation, localization, and length in principal neurons of the cerebral cortex, especially in laminated regions.
OCRL deficiency in Lowe syndrome causes mitochondrial dysfunction, impaired cilia-related Sonic Hedgehog signaling, and disrupted neuronal differentiation across multiple models.
Dual-receptor knockdown of insulin and IGF1 receptors in podocytes causes severe kidney disease and cell loss, highlighting their critical role in renal health.
GZF1 and ZFP57 reciprocally bind to safeguard Dlk1-Dio3 imprinting, preventing methylation changes that threaten parent-specific gene expression during development.
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