Home » Neurophysiology » Page 3

Funding Area: Neurophysiology

July 5, 2016

In Vivo Striatal Fast Spiking Interneuron Suppression Using Optogenetic Techniques

https://tourette.org/grant/in-vivo-striatal-fast-spiking-interneuron-suppression-using-optogenetic-techniques/

July 5, 2016

Neural Mechanisms of Cognitive Control and Reward-based Learning in Unmedicated Children with Tourette Syndrome

https://tourette.org/grant/neural-mechanisms-of-cognitive-control-and-reward-based-learning-in-unmedicated-children-with-tourette-syndrome/

July 5, 2016

Neural Mechanisms of Self-Control

https://tourette.org/grant/neural-mechanisms-of-self-control/

July 5, 2016

Neuroplasticity in Tourette Syndrome

https://tourette.org/grant/neuroplasticity-in-tourette-syndrome/

July 5, 2016

Pathophysiological Markers in the ‘Pre-Tourette’ Population

https://tourette.org/grant/pathophysiological-markers-in-the-pre-tourette-population/

July 5, 2016

Plasticity and Motor Cortial Excitability in Tourette’s Syndrome: Response to Therapy and Natural History

https://tourette.org/grant/plasticity-and-motor-cortial-excitability-in-tourettes-syndrome-response-to-therapy-and-natural-history/

July 5, 2016

The Neurophysiology of action release in the Primate Model of Tourette Syndrome (2nd year)

https://tourette.org/grant/the-neurophysiology-of-action-release-in-the-primate-model-of-tourette-syndrome-2nd-year/

July 5, 2016

Role of the Orbito Frontal Cortex and Midbrain Dopamine Neurons in Associative Learning from Reward Prediction Errors

https://tourette.org/grant/role-of-the-orbito-frontal-cortex-and-midbrain-dopamine-neurons-in-associative-learning-from-reward-prediction-errors/

July 5, 2016

Surface Morphological Features of the Thalamus and Basal Ganglia in Tourette Syndrome

https://tourette.org/grant/surface-morphological-features-of-the-thalamus-and-basal-ganglia-in-tourette-syndrome/

July 5, 2016

Unbalanced Inhibitory Function in Tourette Syndrome: Insights from Novel Animal Model

https://tourette.org/grant/unbalanced-inhibitory-function-in-tourette-syndrome-insights-from-novel-animal-model/