計畫
(Principal Investigator)


第 1 到 15 筆結果，共 15 筆。

啟始時間標題P-Investigator經費來源
2023Multi-Dimensional Approaches of Cerebellar Mechanism in Tremor Generation, Motor Rhythm Control and Motor CoordinationMING-KAI PANNational Science and Technology Council
2022Multi-Dimensional Approaches of Cerebellar Mechanism in Tremor Generation, Motor Rhythm Control and Motor CoordinationMING-KAI PANNational Science and Technology Council
2022Explore the Cerebellar Mechanism of Reward-Based Decision Making: a Study of Cutting Edge Electro-Optical Technology from Animal to Human( I )MING-KAI PANNational Science and Technology Council
2021Multi-Dimensional Approaches of Cerebellar Mechanism in Tremor Generation, Motor Rhythm Control and Motor CoordinationMING-KAI PANNational Science and Technology Council
2020Multi-Dimensional Approaches of Cerebellar Mechanism in Tremor Generation, Motor Rhythm Control and Motor CoordinationMING-KAI PANNational Science and Technology Council
2020Explore Reward-Based Decision Making and Motor Coordination by Cerebellar Eeg TechnologyMING-KAI PANNational Science and Technology Council
2020Explore Reward-Based Decision Making and Motor Coordination by Cerebellar Eeg TechnologyMING-KAI PANNational Science and Technology Council
2019Rhythm Control in the Primary Motor Cortex: a Mouse-To-Human Electrophysiological Study from Parkinson’S Disease to Essential Tremor( II )MING-KAI PANNational Science and Technology Council
2019Explore Reward-Based Decision Making and Motor Coordination by Cerebellar Eeg TechnologyMING-KAI PANNational Science and Technology Council
2019From Essential Tremor to Cerebellar Rhythm Generation: an Integrative Study from Mouse Model to Human Electrophysiology( II )MING-KAI PANNational Science and Technology Council
2018Rhythm Control in the Primary Motor Cortex: a Mouse-To-Human Electrophysiological Study from Parkinson’S Disease to Essential Tremor(I)MING-KAI PANNational Science and Technology Council
2018From Essential Tremor to Cerebellar Rhythm Generation: an Integrative Study from Mouse Model to Human Electrophysiology( I )MING-KAI PANNational Science and Technology Council
2017The Neuronal Coding, Circuitry Mechanism and Plasticity Evolution of Essential Tremors: the Translational Research between Rodent Models to Human Brain PathologyMING-KAI PANNational Science and Technology Council
2016The Neuronal Coding, Circuitry Mechanism and Plasticity Evolution of Essential Tremors---The Translational Research between Rodent Models to Human Brain PathologyMING-KAI PANNational Science and Technology Council
2015The Neuronal Coding, Circuitry Mechanism and Plasticity Evolution of Essential Tremors---The Translational Research between Rodent Models to Human Brain PathologyMING-KAI PANNational Science and Technology Council