Additional file 1 of Effect of short-term exposure to particulate air pollution on heart rate variability in normal-weight and obese adults
Creators: name: Li, Luyi
name: Hu, Dayu
name: Zhang, Wenlou
name: Cui, Liyan
name: Jia, Xu
name: Yang, Di
name: Liu, Shan
name: Deng, Furong
name: Liu, Junxiu
name: Guo, Xinbiao
Publisher: name: figshare
Year: 2021
Subjects: subject: Medicine
subject: Genetics
subject: FOS: Biological sciences
subject: Physiology
subject: Biotechnology
subject: Environmental Sciences not elsewhere classified
subject: Biological Sciences not elsewhere classified
subject: Cancer

description: Additional file 1: Table S1. General characteristics of the study cohort. Table S2. Estimated percent changes in HRV and HR per interquartile range increase in personal PM2.5 and BC at different moving averages in the normal-weight (obese) group throughout the day. Table S3. Estimated percent changes in HRV indices and HR per interquartile range increase in personal PM2.5 and BC at different moving averages in the normal-weight (obese) group during the waking and sleeping hours. Table S4. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in PM2.5-obesity per interquartile range increase in personal PM2.5 at 15-min moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S5. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in BC-obesity per interquartile range increase in personal BC at 15-min moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S6. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in PM2.5-obesity per interquartile range increase in personal PM2.5 at 30-min moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S7. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in BC-obesity per interquartile range increase in personal BC at 30-min moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S8. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in PM2.5-obesity per interquartile range increase in personal PM2.5 at 1-h moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S9. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in BC-obesity per interquartile range increase in personal BC at 1-h moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S10. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in PM2.5-obesity per interquartile range increase in personal PM2.5 at 3-h moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S11. Estimated percent changes (95% confidence intervals) in HRV and HR and p-values for interaction term in BC-obesity per interquartile range increase in personal BC at 3-h moving average in the normal-weight and the obese groups during the waking and sleeping hours. Table S12. Estimated percent changes in HRV and HR per interquartile range increase in ambient PM2.5 and BC at different moving averages in the normal-weight (obese) group throughout the day. Table S13. Estimated percent changes in HRV and HR per interquartile range increase in ambient PM2.5 and BC at different moving averages in the normal-weight (obese) group during the waking and sleeping hours. Figure S1. Exposure–response relationship between 30-min personal PM2.5 and 30-min personal BC moving average and total power with 95% confidence intervals under generalized additive models in all subjects, normal-weight and obese individuals. The degree of freedom was estimated by generalized cross validation. A and C, waking hours; B and D, sleeping hours. Figure S2. Exposure–response relationship between 30-min personal PM2.5 and 30-min personal BC moving average and SDNN with 95% confidence intervals under generalized additive models in all subjects, normal-weight and obese individuals. The degree of freedom was estimated by generalized cross validation. A and C, waking hours; B and D, sleeping hours. Figure S3. Exposure–response relationship between 30-min personal PM2.5 and 30-min personal BC moving average and LF with 95% confidence intervals under generalized additive models in all subjects, normal-weight and obese individuals. The degree of freedom was estimated by generalized cross validation. A and C, waking hours; B and D, sleeping hours. Figure S4. Exposure–response relationship between 30-min personal PM2.5 and 30-min personal BC moving average and LF/HF with 95% confidence intervals under generalized additive models in all subjects, normal-weight and obese individuals. The degree of freedom was estimated by generalized cross validation. A and C, waking hours; B and D, sleeping hours. Figure S5. Exposure–response relationship between 30-min personal PM2.5 and 30-min personal BC moving average and HR with 95% confidence intervals under generalized additive models in all subjects, normal-weight and obese individuals. The degree of freedom was estimated by generalized cross validation. A and C, waking hours; B and D, sleeping hours.