Wolfram syndrome: investigating the visual phenotype of Wolfram mice models, the functionality of wolframin protein, and the role of astrocytes in the pathology; developing a AAV vector-based gene therapy to treat the optic atrophy in Wolfram mice models
Wolfram syndrome: investigating the visual phenotype of Wolfram mice models, the functionality of wolframin protein, and the role of astrocytes in the pathology; developing a AAV vector-based gene therapy to treat the optic atrophy in Wolfram mice models
Unveiling the pathophysiological basis and developing a gene therapy approach for Wolfram syndrome / Niccolò Natanaele Vanni , 2026 Mar 13. 38. ciclo, Anno Accademico 2024/2025.
Unveiling the pathophysiological basis and developing a gene therapy approach for Wolfram syndrome
VANNI, NICCOLÒ NATANAELE
2026-03-13
Abstract
Wolfram syndrome: investigating the visual phenotype of Wolfram mice models, the functionality of wolframin protein, and the role of astrocytes in the pathology; developing a AAV vector-based gene therapy to treat the optic atrophy in Wolfram mice models| File | Dimensione | Formato | |
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