Category:Motor control
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English: Motor control is the process by which humans and animals use their brain/cognition to activate and coordinate the muscles and limbs involved in the performance of a motor skill.
Deutsch: Motorik bezeichnet die Gesamtheit der Aktionen der Skelettmuskulatur.
Nederlands: Motoriek is het vermogen van mens en dier om hun hersenen te benutten om bepaalde spieren en ledematen in onderlinge samenhang te activeren voor het uitvoeren van een mechanische beweging.
regulation of movement in organisms that possess a nervous system | |||||
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Subcategories
This category has the following 7 subcategories, out of 7 total.
A
- Anatomical terms of motion (87 F)
- Apraxia (8 F)
E
M
- Motor imagery (8 F)
S
V
- Visuomotor control (9 F)
Media in category "Motor control"
The following 48 files are in this category, out of 48 total.
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A Psychophysics Experiment on the Control of Reaching Movements.png 1,370 × 923; 2.26 MB
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Active selection cognition.png 2,023 × 1,040; 963 KB
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Activity of a monkey pyramidal-tracts neuron during precision and power grip.png 1,047 × 529; 153 KB
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After Asanuma & Okuda 1962 Fig9.jpg 5,353 × 3,342; 2.34 MB
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Auto DOL starter.jpg 1,055 × 661; 85 KB
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Bewegungswissenschaft 2022, Abb. 16.8.tif 2,362 × 1,181; 3.36 MB
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Coding of direction of 3D reaching in motor cortex.png 3,437 × 672; 271 KB
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Conrad74.png 626 × 1,373; 404 KB
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Corollary Discharge vs Efference Copy.png 584 × 254; 9 KB
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Corollary Discharge.png 459 × 251; 57 KB
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Crossed surround inhibition feedforward.jpg 5,353 × 3,342; 2.91 MB
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Crossed surround inhibition recurrent.jpg 5,353 × 3,342; 2.9 MB
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Developmental coordination disorder Part One.ogg 6 min 2 s; 4.2 MB
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Developmental coordination disorder Part Three.ogg 6 min 46 s; 4.68 MB
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Developmental coordination disorder Part Two.ogg 6 min 30 s; 4.5 MB
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Diagram.jpg 653 × 369; 22 KB
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Directional tuning of a motor cortical neuorn.png 636 × 1,174; 299 KB
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Dissociation of the correlation between cell and muscle activity.png 1,958 × 568; 75 KB
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Dol starter.jpg 839 × 597; 54 KB
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Dynamical model of Rokni-Sompolinsky.png 881 × 1,025; 115 KB
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Ed Evarts experiment with monkey 1968.png 734 × 459; 80 KB
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Efference Copy.png 883 × 302; 43 KB
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Efference.png 1,230 × 708; 86 KB
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Efferencev2.png 1,270 × 708; 88 KB
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Einfache Kontrollschleife.jpeg 2,450 × 1,488; 319 KB
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Experiment Caminiti et al 1991.png 1,078 × 1,056; 75 KB
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FigKissAndHug.png 1,323 × 447; 135 KB
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Figure8 100dpi.png 354 × 374; 6 KB
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Ganzhirnor.jpg 992 × 1,403; 61 KB
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Georgopoulos1982a.png 1,604 × 421; 359 KB
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Georgopoulos1982b.png 1,412 × 2,098; 77 KB
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Inter-hemispheric competition model.jpg 3,969 × 7,162; 5.12 MB
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JPCA projections as a function of time.gif 480 × 400; 4.26 MB
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JPCA projections of the population responses.png 1,189 × 1,909; 577 KB
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Lesion of the pyramidal tract abolishes fine grasping movements.png 967 × 2,167; 1.88 MB
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Modell des gestreckten beins.png 583 × 417; 4 KB
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Motor directional tuning hypothesis.jpg 5,990 × 3,811; 3.63 MB
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Motor Redundancy Animation.gif 200 × 150; 2.45 MB
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Pwm2.png 452 × 305; 6 KB
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Pwm3.png 744 × 418; 7 KB
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Rebalance inter-hemispheric inhibition model.jpg 3,949 × 6,831; 5.52 MB
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Reverse Forward Starter.jpg 761 × 455; 50 KB
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RSBT Soft Starter.png 400 × 400; 126 KB
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Softer-starter-a-550x550.gif 550 × 550; 76 KB
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Testing oscillatory dynamics for movement control.png 1,579 × 1,349; 76 KB
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Дво-сегментна кінцівка.png 880 × 828; 23 KB
