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. 2017 Nov 7;125(11):117003. doi: 10.1289/EHP1691

Figure 2.

Figure 2A is a scatter plot with a regression line plotting full developmental score at 5 years (y-axis) across erythrocyte Se at GW14 in micrograms per gram Hb (x-axis). Figure 2B is a scatter plot with a regression line plotting full developmental score at 10 years (y-axis) across erythrocyte Se at GW14 in micrograms per gram Hb (x-axis). Figure 2C is a scatter plot with a regression line plotting full developmental score at 5 years (y-axis) across urinary Se at 5 years in micrograms per liter (x-axis). Figure 2D is a scatter plot with a regression line plotting full developmental score at 10 years (y-axis) across urinary Se at 5 years in micrograms per liter (x-axis). Figure 2E is a scatter plot with a regression line plotting full developmental score at 10 years (y-axis) across urinary Se at 10 years in micrograms per liter (x-axis). Figure 2F is a scatter plot with a regression line plotting full developmental score at 10 years (y-axis) across Hair Se at 10 years in micrograms per liter (x-axis).

Scatter plots with smoothed lowess lines for prenatal and childhood selenium (Se) and full developmental score (raw score) at 5 and 10 y. (A) Erythrocyte Se at gestational week (GW) 14 [μg/g hemoglobin (Hb)] and full developmental score at 5 y, (B) erythrocyte Se at GW14 (μg/g Hb) and full developmental score at 10 y, (C) urinary Se at 5 y (μg/L) and full developmental score at 5 y, (D) urinary Se at 5 y (μg/L ) and full developmental score at 10 y, (E) urinary Se at 10 y (μg/L) and full developmental score at 10 y, (F) hair Se at 10 y (μg/kg) and full developmental score at 10 y. The vertical lines in the lower panels represent the turning point used for the knot in the linear spline regression analyses (34μg/L for urinary Se at 5 and 10 y and 665μg/kg for hair Se at 10 y).