제주 해녀의 한증과 인체측량, 생체전기임피던스 지표 및 삶의 질과의 연관성 분석
An analysis of the relationship between the Cold pattern and Anthropometry, Bio Impedance Analysis (BIA) and Quality of Life in Jeju Haenyeo
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Objectives: The purpose of this study was to analyze the relationship between the Cold-pattern and the quantitative index through the results of an anthropometric method and Bio Impedance Analysis (BIA) of the Haenyeo living in Jeju island. Furthermore, we will examine the effect of Cold-pattern on the quality of life. Methods: BIA indices were acquired directly from Inbody770 and questionnaires were collected by Gallup Korea professional surveyor through face to face interviews. Binary regression analysis and linear regression analysis were used to examine the association between collected data. Results: Total of 175 of people were participated in this study. First, we examined the difference of the indicators in the Cold-pattern group and the non-Cold pattern group by the average comparison of the anthropometry and BIA indices. Most of the non-Cold pattern group showed high quality of life, BIA and anthropometry. In the relationship between Cold-pattern and anthropometry and BIA indices, BMI and PA indices were found to affect the Cold-pattern on a group basis. As the BMI increased by 1 kg/m 2, probability of not being non-Cold pattern was 1.13 times. and as the PA increased by 1°, probability of not being non-Cold pattern was 2.4 times. In the case of EQ5D value, the quality of life of β was increased by 0.08 in non-Cold pattern ( p <.05), EQ5D VAS of β was also increased by 10.05 ( p <.05). Conclusions: This study showed that BMI and PA could be used as a clinical index to evaluate the Cold-pattern as a clinical indicator, and there is a difference in quality of life according to Cold-pattern.
Abstract
Objectives: The purpose of this study was to analyze the relationship between the Cold-pattern and the quantitative index through the results of an anthropometric method and Bio Impedance Analysis (BIA) of the Haenyeo living in Jeju island. Furthermore, we will examine the effect of Cold-pattern on the quality of life. Methods: BIA indices were acquired directly from Inbody770 and questionnaires were collected by Gallup Korea professional surveyor through face to face interviews. Binary regression analysis and linear regression analysis were used to examine the association between collected data. Results: Total of 175 of people were participated in this study. First, we examined the difference of the indicators in the Cold-pattern group and the non-Cold pattern group by the average comparison of the anthropometry and BIA indices. Most of the non-Cold pattern group showed high quality of life, BIA and anthropometry. In the relationship between Cold-pattern and anthropometry and BIA indices, BMI and PA indices were found to affect the Cold-pattern on a group basis. As the BMI increased by 1 kg/m 2, probability of not being non-Cold pattern was 1.13 times. and as the PA increased by 1°, probability of not being non-Cold pattern was 2.4 times. In the case of EQ5D value, the quality of life of β was increased by 0.08 in non-Cold pattern ( p <.05), EQ5D VAS of β was also increased by 10.05 ( p <.05). Conclusions: This study showed that BMI and PA could be used as a clinical index to evaluate the Cold-pattern as a clinical indicator, and there is a difference in quality of life according to Cold-pattern.
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