Skip to main content
. 2020 Aug 19;8:445. doi: 10.3389/fpubh.2020.00445

Table 6.

Statistical association between the dose biomarkers and the biomarkers of oxidative stress.

Oxidative stress biomarker Dose biomarker Model (1) without polymorphism Model (1) with hOGG1 polymorphism Model (1) with XRCC1 polymorphism
TLenz – buffer
(μm)
MHIPPs
(μg/g cr)
p = 0.034 MHIPPs p = 0.028 hOGG1 p > 0.05 MHIPPs p = 0.04
XRCC1 p > 0.05
8-oxoGuo
(μg/g cr)
p = 0.041 Ns MHIPPs p = 0.04
XRCC1 p > 0.05
TLenz – buffer
(μm)
Airborne xylenes (mg/m3) p = 0.049 Air_xylenes p = 0.04 hOGG1 p > 0.05 Air_xylenes p = 0.019 XRCC1 p = 0.026
TLenz – buffer
(μm)
Airborne toluene (mg/m3) p = 0.006 Air_toluene p = 0.0017 hOGG1 p = 0.034 Air_toluene p = 0.0023
XRCC1 p = 0.056
TLenz – buffer
(μm)
Airborne ethylbenzene (mg/m3) p = 0.049 Air ethylbenzene p = 0.032 hOGG1 p > 0.05 Air_ethylbenzene p = 0.015
XRCC1 p = 0.02
TLenz – buffer
(μm)
Airborne ethylacetate (mg/m3) p = 0.023 Air ethylacetate p = 0.012 hOGG1 p > 0.05 Air ethylacetate p = 0.012
XRCC1 p > 0.05
8-oxodGuo
(μg/g cr)
Urine p-xylene
(μg/g cr)
p = 0.039 Ns ns
8-oxodGuo
(μg/g cr)
Urine toluene
(μg/g cr)
p = 0.0018 Ns ns

The model (1) was fitted with or without the polymorphisms.