Neurovascular Involvement in Arterial Tortuosity Syndrome Associated with a Homozygous SLC2A10 p.(Trp162Ter) Variant: Clinical, Molecular, and In Silico Characterization
These findings broaden the neurovascular spectrum of SLC2A10-related ATS and demonstrate that p.(Trp162Ter) severely disrupts GLUT10 architecture, topology, and ligand binding.