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Effects of Bikram Yoga Clothes on EEG Beta Spectrum Cover

Effects of Bikram Yoga Clothes on EEG Beta Spectrum

By: Hyojeong Lee and  Yejin Lee  
Open Access
|Dec 2022

Figures & Tables

Fig. 1

Clothing pressure measurement at chest (for the top) and at the hip (for the pants)
Clothing pressure measurement at chest (for the top) and at the hip (for the pants)

Fig. 2

pressure distribution of tight fitting experimental clothes using a 3D virtual try-on program CLO 3D ver.5.2
pressure distribution of tight fitting experimental clothes using a 3D virtual try-on program CLO 3D ver.5.2

Fig. 3

Set of yoga poses
Set of yoga poses

Fig. 4

Attachment of channel electrodes for EEG measurement
Attachment of channel electrodes for EEG measurement

Fig. 5

ANOVA measurement results for the pressure between the experimental yoga wears
ANOVA measurement results for the pressure between the experimental yoga wears

Fig. 6

The standardised design properties of yoga clothing, pressure and subjective preference
The standardised design properties of yoga clothing, pressure and subjective preference

EEG measurement of RLB waves

Yoga wearBrain areaMeanMean differencest
G3Fp1Pre- yoga0.078−0.004−5.031**
Post- yoga0.074
FzPre-0.077−0.003−2.358*
Post-0.074
P7Pre-0.0790.0062.524*
Post-0.085

Physical traits and clothing pressure of yoga wear materials

CodeFiber content (%)Density (loop/5.0 cm)Thickness (mm)Qmax (W/cm2)Absorption (mm/10 minutes)Clothing pressure (kPa)
WaleCourseWaleCourse
TopsU1Nylon 84, Polyurethane 16124308.80.820.12553810.59
U2Viscose rayon 92, Polyurethane 896.4121.60.780.10829480.44
PantsB1Nylon 72, Polyurethane 29133.8287.40.800.105000.53
B2Nylon 92, Polyurethane 887.6141.60.890.09147560.89

EEG measurements of RMB waves

Yoga wearBrainareaMeanMean differencest
G1Fp1Pre-yoga0.1100.0052.436*
Post-yoga0.115
FzPre-0.1090.0072.659*
Post-0.116
F8Pre-0.1160.0062.798*
Post-0.122
C3Pre-0.1180.0062.929*
Post-0.124
G3P3Pre-0.1180.0072.625*
Post-0.124
O1Pre-0.1100.0072.590*
Post-0.117
C3Pre-0.1140.0114.198**
Post-0.125
P7Pre-0.1170.0084.322**
Post-0.125
G4F4Pre-0.1200.0044.663**
Post-0.124
F7Pre-0.1190.0043.871**
Post-0.123
C3Pre-0.1190.0053.894**
Post-0.124
FzPre-0.1160.0065.030**
Post-0.122
CzPre-0.1150.0043.271*
Post-0.119

EEG measurements of RHB waves

Yoga wearBrain areaMeanMean differencest
G1F4Pre-yoga0.186−0.007−2.499*
Post-yoga0.179
F8Pre-0.1900.0077.289***
Post-0.183
CzPre-0.115−0.0043.271*
Post-0.119
G2CzPre-0.187−0.004−3.271*
Post-0.183
G3CzPre-0.183−0.004−3.271*
Post-0.176
G4Fp1Pre-0.1780.0083.829**
Post-0.175
Fp2Pre-0.1700.0083.068*
Post-0.172
O1Pre-0.1780.0073.991**
Post-0.171
O2Pre-0.1770.0052.801*
Post-0.172
F7Pre-0.1820.0062.891*
Post-0.175
F8Pre-0.1840.0093.113*
Post-0.176
P8Pre-0.1840.0093.198*
Post-0.174
CzPre-0.115−0.004−3.271*
Post-0.119

Subjective preference concerning coolness and comfort

EnvironmentItemClothingRank 1 (n)Rank 2 (n)Rank 3 (n)Rank 4 (n)Total points
StandardCoolnessG1024232
G2302338
G3320337
G4242040
ComfortG1102529
G2014330
G3161040
G4611045
Hot ChamberCoolnessG1114233
G2112431
G3331140
G4331140
ComfortG1113332
G2032332
G3323040
G4420240
DOI: https://doi.org/10.2478/ftee-2022-0051 | Journal eISSN: 2300-7354 | Journal ISSN: 1230-3666
Language: English
Page range: 45 - 54
Published on: Dec 30, 2022
Published by: Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres
In partnership with: Paradigm Publishing Services
Publication frequency: Volume open

© 2022 Hyojeong Lee, Yejin Lee, published by Łukasiewicz Research Network, Institute of Biopolymers and Chemical Fibres
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.