TY  - CHAP
M1  - Book, Section
TI  - The Cerebellum
PY  - 2014
T2  - Principles of Neural Science, Fifth Edition
AB  - Cerebellar  Diseases  Have  Distinctive  Symptoms  and  SignsThe  Cerebellum  Has  Several  Functionally  Distinct  RegionsThe  Cerebellar  Microcircuit  Has  a  Distinct  and  Regular  OrganizationNeurons  in  the  Cerebellar  Cortex  Are  Organized  into  Three  LayersTwo  Afferent  Fiber  Systems  Encode  Information  DifferentlyParallel  Pathways  Compare  Excitatory  and  Inhibitory  SignalsRecurrent  Loops  Occur  at  Several  LevelsThe  Vestibulocerebellum  Regulates  Balance  and  Eye  MovementsThe  Spinocerebellum  Regulates  Body  and  Limb  MovementsSomatosensory  Information  Reaches  the  Spinocerebellum  Through  Direct  and  Indirect  Mossy  Fiber  PathwaysThe  Spinocerebellum  Modulates  the  Descending  Motor  SystemsThe  Vermis  Controls  Saccadic  and  Smooth-Pursuit  Eye  MovementsSpinocerebellar  Regulation  of  Movement  Follows  Three  Organizational  PrinciplesAre  the  Parallel  Fibers  a  Mechanism  for  Motor  Coordination?The  Cerebrocerebellum  Is  Involved  in  Planning  MovementThe  Cerebrocerebellum  Is  Part  of  a  High-Level  Internal  Feedback  Circuit  That  Plans  Movement  and  Regulates  Cortical  Motor  ProgramsLesions  of  the  Cerebrocerebellum  Disrupt  Motor  Planning  and  Prolong  Reaction  TimeThe  Cerebrocerebellum  May  Have  Cognitive  Functions  Unconnected  with  Motor  ControlThe  Cerebellum  Participates  in  Motor  LearningClimbing-Fiber  Activity  Produces  Long-Lasting  Effects  on  the  Synaptic  Efficacy  of  Parallel  FibersLearning  Occurs  at  Multiple  Sites  in  the  Cerebellar  MicrocircuitAn  Overall  View  
SN  - 
PB  - McGraw-Hill Education
CY  - New York, NY
Y2  - 2024/04/19
UR  - neurology.mhmedical.com/content.aspx?aid=1101681947
ER  -