In this study, we correlated body composition (body water, protein, muscle mass, mineral, fat mass, body fat, weight, etc.) with heart rate and blood oxygen saturation, stress index, blood pressure, lung function (forced lung capacity, forced exhalation), blood index (blood sugar, cholesterol, keton...
In this study, we correlated body composition (body water, protein, muscle mass, mineral, fat mass, body fat, weight, etc.) with heart rate and blood oxygen saturation, stress index, blood pressure, lung function (forced lung capacity, forced exhalation), blood index (blood sugar, cholesterol, ketone, triglycerides, lactic acid, and hemoglobin). Blood pressure and blood indicators (blood sugar, cholesterol, ketone, triglycerides, lactic acid, and hemoglobin) were compared before and after, and the following conclusions were obtained.
First, it was found that the correlation between the maximum apnea diving time and body composition of the free-diver and the maximum apnea diving time of men and body composition was clearly negatively correlated with body fat rate, visceral fat index, abdominal fat rate, and body fat volume. In addition, height, weight, BMI, fat weight, muscle mass, skeletal muscle mass, bone mass, inorganic mass, body fat mass, body moisture, and body protein were found to be uncorrelated, and women's body composition was negatively correlated with body mass index (BMI) and bone mass. In addition, height, weight, body fat percentage, body fat weight, visceral fat index, muscle mass, skeletal muscle mass, minerals, abdominal fat percentage, body fat amount, body moisture, and body protein were found to be correlated.
Second, the heart rate and oxygen saturation were measured in 1 second during the maximum apnea diving time measurement, indicating that there was no correlation between the maximum apnea diving time and the heart rate, and only male free divers had a significant positive correlation. All female free divers were found to have no significant correlation with the maximum apnea diving time.
Third, the cumulative stress index measurement of the free-diver was performed 10 minutes before the maximum apnea diving time measurement, and the stress index was significantly negatively correlated for male free-diver, and all others were not correlated, and female free-diver sympathetic activity, autonomic neural balance, and average heart rate showed significant positive correlation, and mean deviation showed significant negative correlation.
Fourth, the blood pressure measurement of the free diver was performed 30 minutes before the maximum apnea diving time measurement and 10 minutes after the measurement, and there was no correlation between the maximum apnea diving time and blood pressure in both men and women.
Fifth, the lung capacity-related index of free divers was measured 30 minutes before the maximum apnea diving time was measured three times, and the correlation between the maximum apnea diving time and the lung capacity index of male and female free divers showed a significant positive correlation, and all female free divers were unrelated.
Sixth, free-diver blood index measurements were performed 30 minutes before maximum apnea time measurement, male free-diver showed a significant negative correlation only in cholesterol before maximum apnea time measurement, and all other indicators showed no correlation after maximum apnea time measurement.
In this study, we correlated body composition (body water, protein, muscle mass, mineral, fat mass, body fat, weight, etc.) with heart rate and blood oxygen saturation, stress index, blood pressure, lung function (forced lung capacity, forced exhalation), blood index (blood sugar, cholesterol, ketone, triglycerides, lactic acid, and hemoglobin). Blood pressure and blood indicators (blood sugar, cholesterol, ketone, triglycerides, lactic acid, and hemoglobin) were compared before and after, and the following conclusions were obtained.
First, it was found that the correlation between the maximum apnea diving time and body composition of the free-diver and the maximum apnea diving time of men and body composition was clearly negatively correlated with body fat rate, visceral fat index, abdominal fat rate, and body fat volume. In addition, height, weight, BMI, fat weight, muscle mass, skeletal muscle mass, bone mass, inorganic mass, body fat mass, body moisture, and body protein were found to be uncorrelated, and women's body composition was negatively correlated with body mass index (BMI) and bone mass. In addition, height, weight, body fat percentage, body fat weight, visceral fat index, muscle mass, skeletal muscle mass, minerals, abdominal fat percentage, body fat amount, body moisture, and body protein were found to be correlated.
Second, the heart rate and oxygen saturation were measured in 1 second during the maximum apnea diving time measurement, indicating that there was no correlation between the maximum apnea diving time and the heart rate, and only male free divers had a significant positive correlation. All female free divers were found to have no significant correlation with the maximum apnea diving time.
Third, the cumulative stress index measurement of the free-diver was performed 10 minutes before the maximum apnea diving time measurement, and the stress index was significantly negatively correlated for male free-diver, and all others were not correlated, and female free-diver sympathetic activity, autonomic neural balance, and average heart rate showed significant positive correlation, and mean deviation showed significant negative correlation.
Fourth, the blood pressure measurement of the free diver was performed 30 minutes before the maximum apnea diving time measurement and 10 minutes after the measurement, and there was no correlation between the maximum apnea diving time and blood pressure in both men and women.
Fifth, the lung capacity-related index of free divers was measured 30 minutes before the maximum apnea diving time was measured three times, and the correlation between the maximum apnea diving time and the lung capacity index of male and female free divers showed a significant positive correlation, and all female free divers were unrelated.
Sixth, free-diver blood index measurements were performed 30 minutes before maximum apnea time measurement, male free-diver showed a significant negative correlation only in cholesterol before maximum apnea time measurement, and all other indicators showed no correlation after maximum apnea time measurement.
주제어
#apnea free-diver blood index stress index lung capacity-related index fvc body composition blood pressure
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