منابع مشابه
Handedness and macular vision: laterality of motor control underpins both.
This article pursues the corollaries of the anatomy of handedness recently discovered. Specifically, it addresses the issues concerning central vision as it relates to the command center and the circuitry of the saccades. It presents data that support the directionality of callosal traffic in motor and sensory realms even further. Evidence is presented that denotes a relationship between the an...
متن کاملLaterality of motor control and consciousness shares the same hemisphere.
To the Editor: I read with great interest the recent article by Liu et al.1 regarding neural basis of consciousness. However, as a neurologist with interest in laterality of motor control and consciousness,2–5 I would like to add the following perspective for further understanding the problem that they have studied. Contrary to the assumption of the authors, as delineated in the above-mentioned...
متن کاملDirectionality of callosal traffic determines laterality of motor control.
TO THE EDITOR: The finding in the informative article by Goble and Brown (2008) in support of a “sensory-modality-based hypothesis of handedness” is liable to a different interpretation than that offered by the authors as follows: After providing a mental template for movements of different excursions with either limb, their subjects enacted the same movements ipsilaterally and contralaterally....
متن کاملLimb laterality and motor proficiency in children.
This investigation examined the premise derived from recent reports, that children who are consistent right-handers are better coordinated than their left- and mixed-sided (inconsistent) peers. The observation of limb laterality was extended to include footedness. Two samples of children (N = 273) (foot laterality/hand laterality), matched for age and sex, were assessed for motor proficiency an...
متن کاملBreathing pattern disorders, motor control, and low back pain
Motor control is a key component in injury prevention. Loss of motor control involves failure to control joints, commonly because of incoordination of the agonist-antagonist muscle co-activation. Three subsystems work together to maintain spinal stability: The central nervous subsystem (control), the osteoligamentous subsystem (passive), and the muscle subsystem (active). There is evidence that...
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ژورنال
عنوان ژورنال: The British Journal of Radiology
سال: 2012
ISSN: 0007-1285,1748-880X
DOI: 10.1259/bjr/72055178