Reactivation of physical motor information in the memory of action events

When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography...

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Published in:	Brain research Vol. 1101; no. 1; pp. 102 - 109
Main Authors:	Masumoto, Kouhei, Yamaguchi, Masahiko, Sutani, Kouichi, Tsuneto, Satoru, Fujita, Ayako, Tonoike, Mitsuo
Format:	Journal Article
Language:	English
Published:	London Elsevier B.V 26.07.2006 Amsterdam Elsevier New York, NY
Subjects:	Adult Analysis of Variance Behavioral psychophysiology Biological and medical sciences Brain Mapping Enactment effect Female Functional Laterality - physiology Fundamental and applied biological sciences. Psychology Humans Magnetic field recording Magnetoencephalography - methods Male Memory - physiology Memory for action Miscellaneous Motor Cortex - physiology Movement - physiology Psychology. Psychoanalysis. Psychiatry Psychology. Psychophysiology Reaction Time - physiology Reactivation Recognition Verbal Learning - physiology Magnetic field recording Memory for action Reactivation Enactment effect Recognition Human Mental representation Magnetoencephalography Memory Body movement
ISSN:	0006-8993, 1872-6240
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Abstract	When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography (MEG) was used to elucidate whether the enactment effect is due to physical motor information or whether movement representation is the critical factor in the enactment effect. Physical motor information, which is implicated in the primary motor cortex, represents the speed, form, and kinematic sense of a movement, while movement representation indicates semantic and conceptual information such as movement formulae, movement ideas, and movement imagery, which are especially associated with the parietal cortex. We measured activities within the motor region and parietal cortex during a recognition test and compared activities during recognition with enacted and verbal encoding condition. The results showed that recognition performance was better for enacted encoding. The MEG data indicated that the left primary motor cortex with enacted encoding condition was activated in all subjects, though with verbal encoding condition, this activation appeared in only one subject. These activities were observed between 150 and 250 ms after recognition stimuli onset and were transmitted into the left parietal cortex. Moreover, activities in the right parietal cortex following enacted encoding were greater than those following verbal encoding, and the activities appeared 600–700 ms after onset of the recognition stimuli. These results suggest that the enactment effect occurs by the reactivation of the physical motor information and that this information facilitates activities related to movement representation.
AbstractList	When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography (MEG) was used to elucidate whether the enactment effect is due to physical motor information or whether movement representation is the critical factor in the enactment effect. Physical motor information, which is implicated in the primary motor cortex, represents the speed, form, and kinematic sense of a movement, while movement representation indicates semantic and conceptual information such as movement formulae, movement ideas, and movement imagery, which are especially associated with the parietal cortex. We measured activities within the motor region and parietal cortex during a recognition test and compared activities during recognition with enacted and verbal encoding condition. The results showed that recognition performance was better for enacted encoding. The MEG data indicated that the left primary motor cortex with enacted encoding condition was activated in all subjects, though with verbal encoding condition, this activation appeared in only one subject. These activities were observed between 150 and 250 ms after recognition stimuli onset and were transmitted into the left parietal cortex. Moreover, activities in the right parietal cortex following enacted encoding were greater than those following verbal encoding, and the activities appeared 600-700 ms after onset of the recognition stimuli. These results suggest that the enactment effect occurs by the reactivation of the physical motor information and that this information facilitates activities related to movement representation. When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography (MEG) was used to elucidate whether the enactment effect is due to physical motor information or whether movement representation is the critical factor in the enactment effect. Physical motor information, which is implicated in the primary motor cortex, represents the speed, form, and kinematic sense of a movement, while movement representation indicates semantic and conceptual information such as movement formulae, movement ideas, and movement imagery, which are especially associated with the parietal cortex. We measured activities within the motor region and parietal cortex during a recognition test and compared activities during recognition with enacted and verbal encoding condition. The results showed that recognition performance was better for enacted encoding. The MEG data indicated that the left primary motor cortex with enacted encoding condition was activated in all subjects, though with verbal encoding condition, this activation appeared in only one subject. These activities were observed between 150 and 250 ms after recognition stimuli onset and were transmitted into the left parietal cortex. Moreover, activities in the right parietal cortex following enacted encoding were greater than those following verbal encoding, and the activities appeared 600–700 ms after onset of the recognition stimuli. These results suggest that the enactment effect occurs by the reactivation of the physical motor information and that this information facilitates activities related to movement representation. When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography (MEG) was used to elucidate whether the enactment effect is due to physical motor information or whether movement representation is the critical factor in the enactment effect. Physical motor information, which is implicated in the primary motor cortex, represents the speed, form, and kinematic sense of a movement, while movement representation indicates semantic and conceptual information such as movement formulae, movement ideas, and movement imagery, which are especially associated with the parietal cortex. We measured activities within the motor region and parietal cortex during a recognition test and compared activities during recognition with enacted and verbal encoding condition. The results showed that recognition performance was better for enacted encoding. The MEG data indicated that the left primary motor cortex with enacted encoding condition was activated in all subjects, though with verbal encoding condition, this activation appeared in only one subject. These activities were observed between 150 and 250 ms after recognition stimuli onset and were transmitted into the left parietal cortex. Moreover, activities in the right parietal cortex following enacted encoding were greater than those following verbal encoding, and the activities appeared 600-700 ms after onset of the recognition stimuli. These results suggest that the enactment effect occurs by the reactivation of the physical motor information and that this information facilitates activities related to movement representation.When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory performance than simply memorizing the sentences (verbal encoding). This memory enhancement is called the enactment effect. Magnetoencephalography (MEG) was used to elucidate whether the enactment effect is due to physical motor information or whether movement representation is the critical factor in the enactment effect. Physical motor information, which is implicated in the primary motor cortex, represents the speed, form, and kinematic sense of a movement, while movement representation indicates semantic and conceptual information such as movement formulae, movement ideas, and movement imagery, which are especially associated with the parietal cortex. We measured activities within the motor region and parietal cortex during a recognition test and compared activities during recognition with enacted and verbal encoding condition. The results showed that recognition performance was better for enacted encoding. The MEG data indicated that the left primary motor cortex with enacted encoding condition was activated in all subjects, though with verbal encoding condition, this activation appeared in only one subject. These activities were observed between 150 and 250 ms after recognition stimuli onset and were transmitted into the left parietal cortex. Moreover, activities in the right parietal cortex following enacted encoding were greater than those following verbal encoding, and the activities appeared 600-700 ms after onset of the recognition stimuli. These results suggest that the enactment effect occurs by the reactivation of the physical motor information and that this information facilitates activities related to movement representation.
Author	Yamaguchi, Masahiko Tsuneto, Satoru Masumoto, Kouhei Tonoike, Mitsuo Sutani, Kouichi Fujita, Ayako
Author_xml	– sequence: 1 givenname: Kouhei surname: Masumoto fullname: Masumoto, Kouhei email: masumoto@hus.osaka-u.ac.jp organization: Department of Human Sciences, Osaka University, 1-2 Yamadaoka, Suita, Osaka 565-0871, Japan – sequence: 2 givenname: Masahiko surname: Yamaguchi fullname: Yamaguchi, Masahiko organization: National Institute of Advanced Industrial Science and Technology, Japan – sequence: 3 givenname: Kouichi surname: Sutani fullname: Sutani, Kouichi organization: National Institute of Advanced Industrial Science and Technology, Japan – sequence: 4 givenname: Satoru surname: Tsuneto fullname: Tsuneto, Satoru organization: Department of Human Sciences, Osaka University, 1-2 Yamadaoka, Suita, Osaka 565-0871, Japan – sequence: 5 givenname: Ayako surname: Fujita fullname: Fujita, Ayako organization: Department of Human Sciences, Osaka University, 1-2 Yamadaoka, Suita, Osaka 565-0871, Japan – sequence: 6 givenname: Mitsuo surname: Tonoike fullname: Tonoike, Mitsuo organization: Department of Medical System Engineering, Chiba University, Japan
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Keywords	Magnetic field recording Memory for action Reactivation Enactment effect Recognition Human Mental representation Magnetoencephalography Memory Body movement
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Snippet	When attempting to memorize action sentences (e.g., open an umbrella), performing the action of the sentence (enacted encoding) results in better memory...
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SubjectTerms	Adult Analysis of Variance Behavioral psychophysiology Biological and medical sciences Brain Mapping Enactment effect Female Functional Laterality - physiology Fundamental and applied biological sciences. Psychology Humans Magnetic field recording Magnetoencephalography - methods Male Memory - physiology Memory for action Miscellaneous Motor Cortex - physiology Movement - physiology Psychology. Psychoanalysis. Psychiatry Psychology. Psychophysiology Reaction Time - physiology Reactivation Recognition Verbal Learning - physiology
Title	Reactivation of physical motor information in the memory of action events
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