process of mind formation and have been argued to play an important role in the formation of infants’ behaviors ( Corbetta, 2009 ; Smith & Gasser, 2005 ; Thelen, 2000 ). We discuss the implications of this embodied view for the development of eye-hand coordination in infancy. The Origins of the
Daniela Corbetta, Rebecca F. Wiener, Sabrina L. Thurman, and Emalie McMahon
Uta Sailer, Florian Güldenpfennig, and Thomas Eggert
This study investigated the effect of hand movements on behavioral and electro-physiological parameters of saccade preparation. While event-related potentials were recorded in 17 subjects, they performed saccades to a visual target either together with a hand movement in the same direction, a hand movement in the opposite direction, a hand movement to a third, independent direction, or without any accompanying hand movements. Saccade latencies increased with any kind of accompanying hand movement. Both saccade and manual latencies were largest when both movements aimed at opposite directions. In contrast, saccade-related potentials indicating preparatory activity were mainly affected by hand movements in the same direction. The data suggest that concomitant hand movements interfere with saccade preparation, particularly when the two movements involve motor preparations that access the same visual stimulus. This indicates that saccade preparation is continually informed about hand movement preparation.
Casper de Boer, Johannes van der Steen, Francesco Mattace-Raso, Agnita J.W. Boon, and Johan J.M. Pel
The early stages of neurodegenerative disorders such as Alzheimer’s disease (AD) and Parkinson’s disease (PD) involve deterioration of specific (visuo)motor functions. The aim of the current study was to investigate differences in visuomotor behavior between age-matched groups of 17 patients with AD, 17 patients with PD, and 20 healthy control subjects across three eye-hand-coordination tasks of different cognitive complexity. In two of three tasks, timing and execution parameters of eyes and hand significantly differed between groups. Timing and execution parameters of the eyes and hands could potentially give a quantitative description of disease specific deficits in the spatial and temporal domains and may serve as a tool to monitor disease progression in AD and PD populations.
Haneol Kim, Seonjin Kim, and Jianhua Wu
-motor skills than amateurs. Among many perceptual-motor skills, anticipation timing, eye–hand coordination, and peripheral perception (field of vision) are critical for esports gamers. As more accurate and faster movements are required to play esports games, professional players often spend a significant
Veronique Richard, Béatrice Lavoie-Léonard, and Thomas Romeas
technologies such as virtual reality (VR) and constraint-focused tools such as light reaction training systems (BlazePod™; www.blazepod.com/ ) and eye–hand coordination sticks (HECOstix; https://hecostix.com/ ). VR emerged as a promising tool to support our approach with elite goalkeepers ( Brault et
Miya K. Rand and George E. Stelmach
This study examined how aging compromises coordinative eye-hand movements with multiple segments. Older adults and young controls performed two-segment movements with the eyes only or with the eyes and hand together. The results showed minimal age-related changes on the initiation and execution of primary saccade during the first segment. However, the older adults showed a scaling problem of saccade velocity when hand movements were included. They were also slow in stabilizing gaze fixation to the first target. Regarding hand movements, the older adults pronouncedly increased the deceleration phase compared with the controls while fixating their gazes to the target. They also increased the intersegment interval for both eye and hand movements. Taken together, aging differentially affects various components of movements, which contributes to the slowness of overall performance.
David Albines, Joshua A. Granek, Diana J. Gorbet, and Lauren E. Sergio
We characterize bimanual coordination development for the first time in a large sample of children (n = 303) in relation to age, sex, and athletic experience. A further aim is to document the effect of these factors on development to indirectly gain insight into the neural processes that underlie this advanced level of eye–hand coordination. This was a cross-sectional design involving three age groups (range: 9–15 years) that were further separated by sex and level of athletic experience. Participants completed two bimanual tasks and a unimanual control task. While there was no significant change in unimanual movement speed, we observed that females performed the bimanual tasks faster, compared with males. Further, we found that select-level athletes had superior bimanual abilities. Lastly, we found an interaction of sex and skill across age. All groups achieved significant improvement in bimanual coordination with the exception of nonselect males. These data provide a description of normal bimanual coordination development in children during the developmentally crucial ages of 9–15 years, taking account of sex- and experience-related differences.
Karl M. Newell
skill across the lifespan (Beverly Ulrich – Early development of neuromotor control; Daniela Corbetta – Infant eye-hand coordination in reaching; Li Li – Aging, neuroplasticity and motor control); Coordination, control and skill of movement forms (John Jeka – Balance control during walking; Richard
Spencer E. Boyle, Melissa A. Fothergill, John Metcalfe, Sarah Docherty, and Crystal F. Haskell-Ramsay
show that a cognitive decline results in less efficient eye-hand coordination as adults age, the effect of visual, spatial tasks like this have shown positive results on memory. 36 Humans utilize several sensorimotor systems; proprioception; the vestibular system and visual system; and eye, head, and
Teresa Zwierko, Wojciech Jedziniak, Beata Florkiewicz, Halil İbrahim Ceylan, Piotr Lesiakowski, Marta Śliwiak, Marta Kirkiewicz, and Wojciech Lubiński
.jcm.2016.02.012 10.1016/j.jcm.2016.02.012 Kotecha , A. , O’Leary , N. , Melmoth , D. , Grant , S. , & Crabb , D.P. ( 2009 ). The functional consequences of glaucoma for eye-hand coordination . Investigative Ophthalmology & Visual Science, 50 ( 1 ), 203 – 213 . PubMed ID: 18806294 doi:10