TABLE C1.
Country year | Number of samples | Concentration (ng/g lipid) | Comments | Reference |
---|---|---|---|---|
Human milk | ||||
Japan 2005–2006 |
n = 9 |
Mean, median (range) (MB): 1.04, 0.72 (0.39–2.22) |
– | Fujii, Nishimura, et al. (2014) |
Japan 2008–2010 |
n = 64 |
Mean, median (range): 48, 3.2 (< 0.0–2200) |
Detected in 97% of the samples analysed | Fujii et al. (2018) |
Japan 2011–2013 |
n = 12 |
Mean (range): 0.0644 (0.00674–1.28) ng/mL |
– | Akiyama et al. (2015) |
Japan 2012–2013 |
n = 19 |
Mean (Range): 1.9 (< 0.018–8.7) |
– | Nakao et al. (2015) |
China 2011 |
n = 103 |
Mean, median (range): 0.41, 0.10 (< LOD‐12.46) |
Detected in 53% of the samples | Shi et al. (2013) |
China 2011 |
n = 29 pooled samples |
Mean, median (range): 7.58, 1.21 (0.14–66.8) |
Detected in all pools analysed | Shi et al. (2017a) |
China 2014 |
n = 111 (from 37 mothers) |
Mean, median (range): 5.59, 1.57 (< LOD‐42) |
Detected in 64% of the samples analysed | Huang et al. (2020) |
China 2018 |
n = 105 |
Mean, median (range): 0.761, 0.271 (< LOD–34.8) |
Detected in 99% of the samples analysed | Zhao and Shi (2021) |
USA 2004–2005 |
n = 43 |
Range: < 0.03–0.550 |
Detected in 35% of the samples | Carignan et al. (2012) |
Serum | ||||
Republic of Korea NR |
n = 26 Congenital hypothyroidism mother‐infant pairs n = 12 mother‐infant pairs w/o congenital hypothyroidism |
Mean (range): With congenital hypothyroidism: Infants: 83 (< LOD–713) Mothers: 8.61 (< LOD–48.25) w/o congenital hypothyroidism: Infants: 72.5 (< LOD–457.4) Mothers: 10.7 (< LOD–74.0) |
– | Kim and Oh (2014) |
Japan 1989–1999 2010 |
n = 60 Adult males |
Range: Years 1989–1999: < 50–950 pg/g ww Year 2010: < 50–420 pg/g ww |
Detected in 28% of the samples analysed | Fujii, Harada, et al. (2014) |
Japan 2006 |
n = 10 Adult females |
Mean, median (range): 40.5, 1.0 (< LOQ–238) pg/g ww |
– | Fujii, Nishimura, et al. (2014) |
China 2016 |
n = 181 Pregnant women |
Median (range): < LOD (< LOD–5.83) ng/mL |
Detected in 30% of the samples analysed | Li et al. (2020) |
USA 2009 |
n = 12 Male firefighters after exposure to fire event |
ND | – | Shaw et al. (2013) |
Adipose tissue | ||||
USA NR |
n = 24 Adults with and w/o Alzheimer disease (post‐mortem) |
Median (P25–P75): 0.67 (0.51–0.91) ng/g ww |
– | Manivannan et al. (2019) |
Liver | ||||
USA NR |
n = 24 Adults with and w/o Alzheimer disease (post‐mortem) |
Median (P25–P75): 1.85 (1.13–4.32) ng/g ww |
– | Manivannan et al. (2019) |
Urine | ||||
USA 2006–2010 |
n = 302 Women with breast cancer |
ND | – | Ilozumba et al. (2022) |
China NR |
n = 10 adults from e‐waste area n = 10 adults from non e‐waste area |
ND | – | Lin et al. (2020) |
China 2020 |
n = 120 Wuxi population n = 121 Taishun population Males and females (3–86 years old) |
ND Geometric mean: 0.122 ng/mL |
– Detected in 4.2% of the samples analysed |
Wei et al. (2022) |
China 2020 |
n = 86 Chengdu population n = 104 Nantong population n = Shehong population |
Mean (range): 4.41 (< 0.193–33.7) 0.140 (< 0.193–0.500) 0.135 (< 0.193–0.136) |
Detected in 44.2% of the samples analysed Detected in 2.88% of the samples analysed Detected in 0.909% of the samples analysed |
Xu, Hu, et al. (2022) |
China 2013 |
n = 94 Individuals residing near a bisphenol AF manufacturing plant |
ND | – | Yang et al. (2014) |
China NR |
n = 20 parent–child pairs |
Average: Children: 0.171 μg/L Parents: 0.181 μg/L |
Detected in 80% of the samples analysed in both groups | Zhang et al. (2016) |
China NR |
n = 1157 male and females general population (< 18–> 59 years old) |
Mean (range): 0.04 (< 0.061–2.25) μg/L |
Detected in 7.3% of the samples analysed | Huang et al. (2023) |
Hair | ||||
Republic of Korea, Iran 2017 |
n = 24 Korea n = 15 Iran |
Mean (range): Korea: 5.00 (ND–16.04) ng/g Iran: 0.23 (ND–1.08) ng/g |
HBCDDs | Barghi et al. (2018) |
China 2019–2020 |
n = 598 (362 females and 236 males, average age of 62.6 ± 11.9 years old) |
Range: < LOD ~ 1299 ng/g Median: 1.86 ng/g Significant higher concentrations of TBBPA in female hair than in male hair |
Detected in 75% of the samples analysed | Li et al. (2024) |