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Improvement in Visual Perception Following Yoga Training
 
Improvement in Visual Perceptual Sensitivity in Children Following Yoga Training
 
A Combination of Focusing And Defocusing Through Yoga Reduces Optical Illusion More Than Focusing Alone
 
Progressive Increase in Critical Flicker Fusion Frequency Following Yoga Training
 
Physiological Changes in Sports Teachers Following 3 Months of Training n Yoga
 
Improvement in Static Motor Performance Following Yogic Training of School Children
 
Pranayama Increases Grip Strength Without Lateralized Effects
 
Plasticity of Motor Control Systems Demonstrated by Yoga Training
 
Factors Influencing Changes in Tweezer Dexterity Scores Following Yoga Training
 
Yoga Training And Motor Speed Based on A Finger Tapping Task
 
Effect of Yoga Training on Maze Learning
 
Improved Performance in The Tower of London Test Following Yoga
 
Yoga Breathing Through a Particular Nostril Increases Spatial Memory Scores Without Lateralized Effects1


RESULTS

The group means ± SDs of memory test scores obtained by all five groups for both verbal and spatial tests at initial and final assessments are given in Table 1. The F values given below were derived by linear interpolation from df = 1,100 and 1,120 in the standard table, to get the F values for df=1,104 (Zar, 1984). The two-factor analysis of variance showed a significant difference between the means for verbal and spatial memory test scores, i.e., Factor A for groups practicing the second and third pranayamas. For left nostril breathing F1.104= 4.58 (F= 3.94 at p <.05, one-

Table 1 Means and standeard deviations of Memory scores of Five Groups (NS = 27) on verbal and spatial memory test for daily 1 and 10.

tailed), was significant as was the F1,104 of 11.30 (F=9.60 at p<.005, two-tailed) for breathing with both nostrils. The difference between the tests was not significant for breathing with the right nostril, breath awareness, and the control group (PS >.05).

All four trained groups and the control group showed significant differences between values obtained on Day 10 and Day 1. For breathing with the right nostril F1,104 =21.48 (F = 12.88 at p < 001 , two-tailed) was significant as was the F of 33.43 for breathing with the left nostril, F of 21.76 for breathing with both nostrils, F of 23.32 for the breath awareness group, and F of 11.03 (F=9.60, two-tailed) for the control group.

Table 2: Comparisons of Difference Between means, q Values and Probabilities Based on Tukey Test for Verbal and Spatial Memory Scores for each of five Groups on Days 1 and 10

The Tukey multiple-comparison test showed significant differences for (i) spatial scores on Day 10 versus spatial scores on Day 1 and (ii) spatial scores on Day 10 versus verbal scores on Day 10 (groups breathing with left and both nostrils). The comparisons, q values and levels of significance are given in Table 2.

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