USC Researcher to Lead $2.4M AI Core for Raynor Cerebellum Project Treating Cerebellar Disorders – USC Viterbi

USC Researcher to Lead $2.4M AI Core for Raynor Cerebellum Project Treating Cerebellar Disorders – USC Viterbi

https://viterbischool.usc.edu/news/2026/06/usc-researcher-to-lead-2-4m-ai-core-for-raynor-cerebellum-project-treating-cerebellar-disorders/

Publish Date: 2026-06-11 18:41:00

Source Domain: viterbischool.usc.edu

• The cerebellum plays a crucial role in muscle control, coordination, and balance, and its damage can lead to significant impairments in coordinated movements.
• Current treatments for cerebellar disorders, such as pharmaceuticals and behavioral therapies, often lack adaptability and remain ineffective for many patients.
• Neuromodulation, which involves delivering targeted stimulation to specific brain areas, shows promise but currently lacks real-time brain monitoring and adaptive precision.
• Maryam Shanechi, an USC researcher, is leading a project funded by the Raynor Cerebellum Project to develop an AI system aimed at overcoming the limitations of current neuromodulation approaches for cerebellar disorders.
• Shanechi’s AI system seeks to identify abnormal neural activity patterns and provide dynamic neuromodulation that adapts to changing patient symptoms, moving away from static, trial-and-error methods.
• The AI-directed neuromodulation approach could represent a significant advance by enabling adaptive treatments that respond to patients’ fluctuating conditions.