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Motor areas of the cerebral cortex

Gregory R. Bock, Maeve O’Connor, Joan Marsh

Open publisher page 16 citations

Abstract

Epicortical ELectrical Mapping of Motor Area in Primates (C. Phillips). Ascending Inputs to, and Internal Organization of, Cortical Motor Areas (E. Jones). Input and Output Organization of the Supplementary Motor Area (M. Wisendanger, et al.). Some Aspects of the Organization of the Output of the Motor Cortex (H. Kuypers). Functional Studies of Motor Cortex (R. Porter). Functional Relations between Primate Motor Cortex Cells and Muscles: Fixed and Flexible (E. Fetz & P. Cheney). Cortical Mechanisms Subserving Reaching (A. Georgopoulos). Neuronal Activity in the Primate Non-Primary Cortex Is Different from that in the Primary Motor Cortex (J. Tanji). Two Cortical Systems for Directing Movement (R. Passingham). Functional Organization of Area 6 (G. Rizzolatti). Motor Control Function of the Prefrontal Cortex. (P. Goldman-Rakie). Cerebellar Inputs to Motor Cortex (W. Thach). Bereitschaftspotential as an Indicator of Movement Preparation in Supplementary Motor Area and Motor Cortex (L. Deecke). Metabolic Mapping of Sensorimotor Integration in the Human Brain (P. Roland). Differential Effects of Cortical Lesions in Humans (H. Freund). What Do the Basal Ganglia Tell Premotor Cortical Areas? (C. Marsden).

About this research paper

What this paper is about

Epicortical ELectrical Mapping of Motor Area in Primates (C. Phillips). Ascending Inputs to, and Internal Organization of, Cortical Motor Areas (E. Jones). Input and Output Organization of the Supplementary Motor Area (M. Wisendanger, et al.). Some Aspects of the Organization of the Output of the Motor Cortex (H. Kuypers). Functional Studies of Motor Cortex (R. Porter). Functional Relations between Primate Motor Cortex Cells and Muscles: Fixed and Flexible (E. Fetz & P. Cheney). Cortical Mechanisms Subserving Reaching (A. Georgopoulos). Neuronal Activity in the Primate Non-Primary Cortex Is Different from that in the Primary Motor Cortex (J. Tanji). Two Cortical Systems for Directing Movement (R. Passingham). Functional Organization of Area 6 (G. Rizzolatti). Motor Control Function of the Prefrontal Cortex. (P. Goldman-Rakie). Cerebellar Inputs to Motor Cortex (W. Thach). Bereitschaftspotential as an Indicator of Movement Preparation in Supplementary Motor Area and Motor Cortex (L. Deecke). Metabolic Mapping of Sensorimotor Integration in the Human Brain (P. Roland). Differential Effects of Cortical Lesions in Humans (H. Freund). What Do the Basal Ganglia Tell Premotor Cortical Areas? (C. Marsden).

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OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Epicortical ELectrical Mapping of Motor Area in Primates (C. Phillips). Ascending Inputs to, and Internal Organization of, Cortical Motor Areas (E. Jones). Input and Output Organization of the Supplementary Motor Area (M. Wisendanger, et al.). Some Aspects of the Organization of the Output of the Motor Cortex (H. Kuypers). Functional Studies of Motor Cortex (R. Porter). Functional Relations between Primate Motor Cortex Cells and Muscles: Fixed and Flexible (E. Fetz & P. Cheney). Cortical Mechanisms Subserving Reaching (A. Georgopoulos). Neuronal Activity in the Primate Non-Primary Cortex Is Different from that in the Primary Motor Cortex (J. Tanji). Two Cortical Systems for Directing Movement (R. Passingham). Functional Organization of Area 6 (G. Rizzolatti). Motor Control Function of the Prefrontal Cortex. (P. Goldman-Rakie). Cerebellar Inputs to Motor Cortex (W. Thach). Bereitschaftspotential as an Indicator of Movement Preparation in Supplementary Motor Area and Motor Cortex (L. Deecke). Metabolic Mapping of Sensorimotor Integration in the Human Brain (P. Roland). Differential Effects of Cortical Lesions in Humans (H. Freund). What Do the Basal Ganglia Tell Premotor Cortical Areas? (C. Marsden).

Key concepts: Neuroscience, Premotor cortex, Primary motor cortex, Motor cortex, Supplementary motor area, Cortex (anatomy), Cerebral cortex, Basal ganglia

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