000			02290nam a22004217a 4500
008			180220s20192019 xxu||||| |||| 00| 0 eng d
022			_a0022-2895
024			_a10.1080/00222895.2017.1423020 [doi]
040			_aOvid MEDLINE(R)
099			_a29384438
245			_aModular Organization of Exploratory Force Development Under Isometric Conditions in the Human Arm.
251			_aJournal of Motor Behavior. 51(1):83-99, 2019.
252			_aJ Mot Behav. 51(1):83-99, 2019.
252			_zJ Mot Behav. :1-17, 2018 Jan 31
253			_aJournal of motor behavior
260			_c2019
260			_fFY2018
260			_fFY2019
265			_sppublish
266			_d2018-02-20
268			_aJournal of Motor Behavior. :1-17, 2018 Jan 31
520			_aMuscle coordination of isometric force production can be explained by a smaller number of modules. Variability in force output, however, is higher during exploratory/transient force development phases than force maintenance phase, and it is not clear whether the same modular structure underlies both phases. In this study, eight neurologically-intact adults isometrically performed target force matches in 54 directions at hands, and electromyographic (EMG) data from eight muscles were parsed into four sequential phases. Despite the varying degree of motor complexity across phases (significant between-phase differences in EMG-force correlation, angular errors, and between-force correlations), the number/composition of motor modules were found equivalent across phases, suggesting that the CNS systematically modulated activation of the same set of motor modules throughout sequential force development.
546			_aEnglish
650			_a*Arm/ph [Physiology]
650			_a*Isometric Contraction/ph [Physiology]
650			_a*Muscle, Skeletal/ph [Physiology]
650			_a*Psychomotor Performance/ph [Physiology]
650			_aAdult
650			_aElectromyography
650			_aHumans
650			_aMale
651			_aMedStar National Rehabilitation Network
657			_aJournal Article
700			_aLee, Sang Wook
790			_aLee SW, Roh J, Wilger KD
856			_uhttps://dx.doi.org/10.1080/00222895.2017.1423020 _zhttps://dx.doi.org/10.1080/00222895.2017.1423020
942			_cART _dArticle
999			_c3088 _d3088