"Body detox" turned out to be really reliable this time?

The excessive accumulation of environmental pollutants in tissues and organs often causes damage to the human body and eventually leads to the occurrence of various diseases
.

Individuals are regularly exposed to contaminants from the mining and smelting of metal ores, pesticide manufacturing and application, wood preservatives, and even ingested water and food due to global climate change, pesticide abuse, and industrial development

The excessive accumulation of environmental pollutants in tissues and organs often causes damage to the human body and eventually leads to the occurrence of various diseases

The carcinogenicity and developmental toxicity of diformate can lead to a decrease in plasma cholinesterase

Recently, there has been growing recognition of the important link between pollutant accumulation and health
.

So far, different methods have been developed to remove these pollutants, both biodegradable and abiotic

Recently, there has been growing recognition of the important link between pollutant accumulation and health

There can be positive feedback from their environment and social contacts, and even the treatment of mental illness

Exercise also reduces air pollution-related death rates

Here, we recruited 200 individuals who underwent 3-month physical activity to assess the correlation between the improvement effect of pollutants and different physical activities
.

What's more, identifying the most important factors that can influence interventions to improve physical activity may provide new insights into pollutant elimination in young adults

A total of 200 people who chose different types of exercises according to their wishes were recruited to measure the levels of urine contaminants using beta glucuronidase hydrolysis
.

The exercise program lasted 3 months, 3 times a week, 90 minutes each time, and subjects were not allowed to participate in any other exercise after choosing their preferred exercise during leisure

The first 30 minutes of exercise is a warm-up period in which the pace is gradually increased, with moderate-severity cardio equal to 60-70% of maximum HR

1.

High performance liquid chromatography tandem mass spectrometry was used to measure 200 individuals before and after exercise for 3 months (Table 2)

(Fig.

2.
The effect of gender preference physical exercise on the elimination of pollutants

Due to gender differences, men and women have preferences in the choice of physical activity
.
For statistical analysis, we selected physical exercise with more than 8 subjects from 12 sports for analysis
.
While soccer and other male-preferred exercises showed no statistically significant improvement, basketball showed the best elimination potential (Fig.
2a, c), soccer had the worst elimination potential for diformate and BPA, but soccer had the lowest elimination potential for BaP.
The elimination potential was greatest (Fig.
2b)
.
Physical activity preference in all men showed the best elimination potential for diformate and the worst for BaP (Fig.
2d)
.

Due to gender differences, men and women have preferences in the choice of physical activity
.
For statistical analysis, we selected physical exercise with more than 8 subjects from 12 sports for analysis
.
While soccer and other male-preferred exercises showed no statistically significant improvement, basketball showed the best elimination potential (Fig.
2a, c), soccer had the worst elimination potential for diformate and BPA, but soccer had the lowest elimination potential for BaP.
The elimination potential was greatest (Fig.
2b)
.
Physical activity preference in all men showed the best elimination potential for diformate and the worst for BaP (Fig.
2d)
.

Interestingly, the elimination potentials of the 5 female-preferred sports for the 3 pollutants had the same trend, but no statistical differences (Fig.
2e–g)
.
In contrast, all female-preferred sports showed the best elimination potential for BaP (Fig.
2h)
.
In the co-preference exercise, the same elimination trend was observed, with the best elimination trend for BaP (Fig.
2j), but no difference in elimination trend for diformate and BPA (Fig.
2i,k)
.
Men's preference for physical exercise, women's preference for physical exercise and shared preference for physical exercise were defined according to gender preference (Fig.
2l)
.
In addition, we divided 12 sports into indoor (table tennis, handball, badminton, Latin dance, rhythmic gymnastics, fitness, yoga and shaping) and outdoor sports (basketball, volleyball, tennis, soccer) and investigated gender Elimination potential for three pollutants
.
The results showed that the improvement effect of diformate and BPA was not statistically different between men and women (Fig.
2m,n), but women seemed to have better levels of Bap pollutant levels during indoor and outdoor exercise (Fig.
2o)
.

Interestingly, the elimination potentials of the 5 female-preferred sports for the 3 pollutants had the same trend, but no statistical differences (Fig.
2e–g)
.
In contrast, all female-preferred sports showed the best elimination potential for BaP (Fig.
2h)
.
In the co-preference exercise, the same elimination trend was observed, with the best elimination trend for BaP (Fig.
2j), but no difference in elimination trend for diformate and BPA (Fig.
2i,k)
.
Men's preference for physical exercise, women's preference for physical exercise and shared preference for physical exercise were defined according to gender preference (Fig.
2l)
.
In addition, we divided 12 sports into indoor (table tennis, handball, badminton, Latin dance, rhythmic gymnastics, fitness, yoga and shaping) and outdoor sports (basketball, volleyball, tennis, soccer) and investigated gender Elimination potential for three pollutants
.
The results showed that the improvement effect of diformate and BPA was not statistically different between men and women (Fig.
2m,n), but women seemed to have better levels of Bap pollutant levels during indoor and outdoor exercise (Fig.
2o)
.
The improvement effect on diformate and BPA was not statistically different between males and females (Fig.
2m,n), but females appeared to have better levels of reduced pollutant levels to Bap during indoor and outdoor exercise (Fig.
2o)
.

3.
Linear Correlation Validation of Difference Factors

Validation of factors of difference by linear correlation: There were no significant correlations between the difference values ​​of height, weight, waist circumference, diformate, BaP, BPA and HR in male and female subjects
.
There was a high correlation between BMI and levels of diformate, BaP and BPA after exercise intervention
.
BMI was associated with height, weight, and waist height, but exercise type and heart rate were not significantly associated with rest indicators (Figure 3)
.

Differential factors were verified by linear correlation: (Figure 3)
.

4.
Multivariate Ordinal Logistic and Logistic Regression Analysis

Table 3 shows predictors of different outcomes using multivariate ordinal logistic and logistic regression analyses
.
The results showed that the degree of HR change was a risk factor affecting the elimination of diformate, BaP and BPA, and the three pollutants had equal effects
.
BMI is a protective factor affecting the clearance of diformate, BaP and BPA
.
The lower the BMI, the more obvious the elimination of pollutants, and the difference was statistically significant
.
Gender also affects the elimination of these pollutants
.
But the type of physical exercise had no significant effect on the elimination of the three pollutants
.

Table 3 shows predictors of different outcomes using multivariate ordinal logistic and logistic regression analyses
.
The results showed that the degree of HR change was a risk factor affecting the elimination of diformate, BaP and BPA, and the three pollutants had equal effects
.
The degree of HR change was a risk factor affecting the elimination of diformate, BaP and BPA, and the three pollutants had equal effects
.
BMI is a protective factor affecting the clearance of diformate, BaP and BPA
.
BMI is a protective factor affecting the clearance of diformate, BaP and BPA
.
The lower the BMI, the more obvious the elimination of pollutants, and the difference was statistically significant
.
Gender also affects the elimination of these pollutants
.
But the type of physical exercise had no significant effect on the elimination of the three pollutants
.

Taken together, these findings suggest that physical activity is a novel and effective way to reduce pollutant levels in adolescents, contributes to our understanding of the health benefits of physical activity, and can be a valuable tool for promoting active participation of young people against pollutants.
Physical exercise with optimal elimination potential provides a reference
.
In order to develop the habit of regular physical exercise, improve self-health and physical health
.
However, due to the insufficient sample size of each physical exercise, we did not get a satisfactory result, that is, the elimination potential of the three pollutants by different physical exercises
.
Therefore, due to the small sample size and lack of long-term follow-up studies, it is necessary to further expand the sample size of follow-up studies
.

Taken together, these findings suggest that physical activity is a novel and effective way to reduce pollutant levels in adolescents, contributes to our understanding of the health benefits of physical activity, and can be a valuable tool for promoting active participation of young people against pollutants.
Physical exercise with optimal elimination potential provides a reference
.
In order to develop the habit of regular physical exercise, improve self-health and physical health
.
However, due to the insufficient sample size of each physical exercise, we did not get a satisfactory result, that is, the elimination potential of the three pollutants by different physical exercises
.
Therefore, due to the small sample size and lack of long-term follow-up studies, it is necessary to further expand the sample size of follow-up studies
.
Taken together, these findings suggest that physical activity is a novel and effective way to reduce pollutant levels in adolescents, contributes to our understanding of the health benefits of physical activity, and can be a valuable tool for promoting active participation of young people against pollutants.
Physical exercise with optimal elimination potential provides a reference
.
In order to develop the habit of regular physical exercise, improve self-health and physical health
.
However, due to the insufficient sample size of each physical exercise, we did not get a satisfactory result, that is, the elimination potential of the three pollutants by different physical exercises
.
Therefore, due to the small sample size and lack of long-term follow-up studies, it is necessary to further expand the sample size of follow-up studies
.
Physical activity is a novel and effective way to reduce pollutant levels in adolescents, contributes to our understanding of the health benefits of physical activity, and can inform young people's active participation in physical activity that has the best potential for pollutant removal
.

 

Original source:

Xu et al.
A new approach for reducing pollutants level: a longitudinal cohort study of physical exercises in young people.

BMC Public Health (2022) 22:223
https://doi.
org/10.
1186/s12889-022-12621-2.

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