10 male and 10 female students in physical education aged 19 to 23 yr. were each randomly assigned to both the experimental and control groups. Experimental subjects were given the 4-wk. Eyerobics visual skills training to assess its effects on static balance performance as measured on a balance stabilometer. Analysis indicated that the women performed significantly better than the men over-all. Balance performance by the trained group improved significantly.
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References
1.
BachmanJ. C.Motor learning and performance as related to age and sex in two measures of balance coordination. Research Quarterly, 1961, 32, 123–137.
2.
ClarkJ. E.WatkinsD. L.Static balance in young children. Child Development, 1984, 55, 133–139.
LeeD. N.The functions of vision. In PickH. L.SaltzmanE. (Eds.), Modes of perceiving and processing information. Hillsdale, NJ: Erlbaum, 1978. Pp.
8.
LeeD. H.LishmanJ. R.Visual proprioceptive control of stance. Journal of Human Movement, 1975, 1, 87–95.
9.
RevienL.Eyerobics. New York: Visual Skills, 1987.
10.
SchulmannD. L.GodfreyB.FisherA. G.Effect of eye movement on dynamic equilibrium. Physical Therapy, 1987, 67, 1054–1057.
11.
SingerR. N.Physical characteristics, perceptual motor, and intelligence differences between third and sixth-grade children. Research Quarterly, 1969, 40, 803–811.
12.
SmythM. M.MarriottA. M.Vision and proprioception in simple catching. Journal of Motor Behavior, 1982, 14, 143–152.
13.
StonesM. J.KozmaA.Balance and age in the sighted and blind. Archives of Physical Medicine and Rehabilitation, 1987, 86, 85–89.
14.
WapnerS.WitkinH. A.The role of visual factors in the maintenance of body balance. American Journal of Psychology, 1950, 63, 385–408.
15.
WilliamsW.Perceptual and motor development. Englewood Cliffs, NJ: Prentice-Hall, 1983.