TY  - CHAP
M1  - Book, Section
TI  - Voluntary Movement: The Parietal and Premotor Cortex
PY  - 2014
T2  - Principles of Neural Science, Fifth Edition
AB  - Voluntary  Movement  Expresses  an  Intention  to  ActVoluntary  Movement  Requires  Sensory  Information  About  the  World  and  the  BodyReaching  for  an  Object  Requires  Sensory  Information  About  the  Object's  Location  in  SpaceSpace  Is  Represented  in  Several  Cortical  Areas  with  Different  Sensory  and  Motor  PropertiesThe  Inferior  Parietal  and  Ventral  Premotor  Cortex  Contain  Representations  of  Peripersonal  SpaceThe  Superior  Parietal  Cortex  Uses  Sensory  Information  to  Guide  Arm  Movements  Toward  Objects  in  Peripersonal  SpacePremotor  and  Primary  Motor  Cortex  Formulate  More  Specific  Motor  Plans  About  Intended  Reaching  MovementsGrasping  an  Object  Requires  Sensory  Information  About  Its  Physical  PropertiesNeurons  in  the  Inferior  Parietal  Cortex  Associate  the  Physical  Properties  of  an  Object  with  Specific  Motor  ActsThe  Activity  of  Neurons  of  the  Inferior  Parietal  Cortex  Is  Influenced  by  the  Purpose  of  an  ActionThe  Activity  of  Neurons  in  the  Ventral  Premotor  Cortex  Correlates  with  Motor  ActsThe  Primary  Motor  Cortex  Transforms  a  Grasping  Action  Plan  into  Appropriate  Finger  MovementsThe  Supplementary  Motor  Complex  Plays  a  Crucial  Role  in  Selecting  and  Executing  Appropriate  Voluntary  ActionsThe  Cortical  Motor  System  Is  Involved  in  Planning  ActionCortical  Motor  Areas  Apply  the  Rules  That  Govern  BehaviorThe  Premotor  Cortex  Contributes  to  Perceptual  Decisions  That  Guide  Motor  BehaviorThe  Premotor  Cortex  Is  Involved  in  Learning  Motor  SkillsCortical  Motor  Areas  Contribute  to  Understanding  the  Observed  Actions  of  OthersThe  Relationship  between  Motor  Acts,  the  Sense  of  Volition,  and  Free  Will  Is  UncertainAn  Overall  View  
SN  - 
PB  - McGraw-Hill Education
CY  - New York, NY
Y2  - 2024/04/19
UR  - accessbiomedicalscience.mhmedical.com/content.aspx?aid=1101681407
ER  -