23Apr 2025
Neural Patterns Link Genetic Dystonia Syndromes Despite Gene Diversity

Neural Patterns Link Genetic Dystonia Syndromes Despite Gene Diversity

Intraoperative recordings from 31 patients revealed distinct pallidal firing patterns across dystonia genes. AOPEP, PANK2, and THAP1 showed high firing regularity, while GNAL, PLA2G6, and others displayed prominent bursting (>26.6%). TOR1A and VPS16 showed irregular spiking, bridging groups. Despite molecular differences, neural activity clustered by dynamics, suggesting burst-driven desynchronization may underlie DBS outcome variability and guide future adaptive therapies.

  • #neurology

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