Deep Brain Stimulation of the Interposed Nucleus Reverses Motor Deficits and Stimulates Production of Anti-inflammatory Cytokines in Ataxia Mice

Keyphrases

• Animal Behavioral Tests 10%
• Anti-inflammatory Cytokines 100%
• Array Analysis 10%
• Ataxia 100%
• Autoimmunity 10%
• Cerebellar Degeneration 10%
• Cerebellum 10%
• Coordinated Movement 10%
• Cytokine Array 10%
• Deep Brain Stimulation 100%
• Deep Cerebellar nuclei 90%
• Double Knockout Mice 10%
• Electromyogram 40%
• Fine Motor Skills 10%
• High-speed Video Recording 10%
• Interleukin-13 (IL-13) 10%
• Interleukin-4 (IL-4) 10%
• Interposed nucleus 100%
• Lhx5 10%
• LIM-homeobox 10%
• Local Field Potential 30%
• Motor Coordination Test 10%
• Motor Deficits 100%
• Motor Symptoms 20%
• Movement Disorders 10%
• Multi-electrode Array Recordings 10%
• Neural Firing 10%
• Neuronal Excitability 10%
• Potential Amplitude 10%
• Promising Treatment 20%
• Pulse Width 10%
• Purkinje Cell 10%
• Stimulation Parameters 20%
• Stimulus Intensity 10%
• Symptom Control 10%

Neuroscience

• Anti-Inflammatory 100%
• Ataxia 100%
• Behavioral Test 10%
• Cerebellum 10%
• Deep Brain Stimulation 100%
• Deep Cerebellar Nuclei 90%
• Excitability 10%
• Homeobox 10%
• In Vivo 10%
• Interleukin 13 10%
• Interleukin 4 10%
• Interposed Nucleus 100%
• Local Field Potential 30%
• Motor Coordination 20%
• Multielectrode Array 10%
• Purkinje Cell 10%
• Stereotypic Movement Disorder 10%