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Myklebust, Barbara M.; Gottlieb, Gerald L. – Child Development, 1993
When tendon jerk reflexes were tested in seven newborns from one- to three-days old, stretch reflex responses in all major muscle groups of the lower limb were elicited. This "irradiation of reflexes" is a normal phenomenon in newborns, with the pathway becoming suppressed during normal maturation. In individuals with cerebral palsy,…
Descriptors: Cerebral Palsy, Motor Development, Motor Reactions, Muscular System
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Grattan, Mary P.; And Others – Child Development, 1992
Examined asymmetries in movement behaviors of 36 full-term, newborn infants. The majority of infants had right-biased movement behaviors. Multiple subsystems, rather than a single asymmetric system, appeared to control asymmetric action of different body regions. There were sex differences in asymmetry of distal lower body movement behaviors that…
Descriptors: Child Development, Motion, Motor Development, Motor Reactions
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Loo, Chalsa; Wenar, Charles – Child Development, 1971
Forty middle class kindergarten children's activity level was not found to be correlated with motor inhibition, impulsivity, or IA, while motor inhibition was significantly correlated with IQ but not with impulsivity. (WY)
Descriptors: Intelligence Quotient, Kindergarten Children, Motor Development, Motor Reactions
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Robertson, Steven S. – Child Development, 1993
Thirty infants were studied monthly between one and four months to determine how long cyclical motor activity (CM) persists beyond neonatal period. Although rate and irregularity of CM during active sleep and waking states did not change across these four months, there was a pronounced drop in the strength of CM in the waking state from two months…
Descriptors: Infants, Longitudinal Studies, Motor Development, Motor Reactions
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Wallace, Stephen A.; And Others – Child Development, 1978
Descriptors: Mediation Theory, Motor Development, Motor Reactions, Preschool Children
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Zernicke, Ronald F.; Schneider, Klaus – Child Development, 1993
By applying the principles and methods of mechanics to the musculoskeletal system, new insights can be discovered about control of human limb dynamics in both adults and infants. Reviews previous research on how infants gain control of their limbs and learn to reach in the first year of life. (MDM)
Descriptors: Adults, Biomechanics, Infants, Mechanics (Physics)
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Bushnell, Emily W.; Boudreau, J. Paul – Child Development, 1993
Emphasizes the role that motor development may play in determining developmental sequences in other domains, such as haptic or tactile perception and depth perception. Maintains that there is a high degree of fit between the developmental sequence in which certain perceptual sensitivities unfold and the ages at which the corresponding motor…
Descriptors: Depth Perception, Developmental Stages, Infants, Motor Development
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Lockman, Jeffrey J.; Thelen, Esther – Child Development, 1993
Advances in the neurosciences, biomechanics, and behavior sciences, along with attempts to integrate theories and findings across these disciplines, have led to a renewed interest in the study of motor development. Considers the contributions that have led to the reinvigoration of this field of study and its new interdisciplinary outlook. (MDM)
Descriptors: Behavioral Sciences, Biomechanics, Child Development, Interdisciplinary Approach
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Shapiro, A. H. – Child Development, 1973
These data appear to support the conception that the speech motor system can act as a mediator of other motor systems when speech'' is experimentally manipulated. (Author)
Descriptors: Age Differences, Articulation (Speech), Data Analysis, Motor Development
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Turvey, M. T.; Fitzpatrick, Paula – Child Development, 1993
After reviewing recent contributions to the field of motor development, suggests a pattern formation or dynamics approach to child development as an alternative to the conventional approaches emphasizing maturation (nativist), specific learning experiences (empiricist), cognitive stages (Piagetian), and strategies of encoding and retrieval…
Descriptors: Child Development, Interdisciplinary Approach, Motor Development, Motor Reactions