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EJNMMI Research

Table 2 Influence of stable iodine on 〈z〉 and 〈z1〉 in the single thyroid follicle models

From: Microdosimetric analysis of 211At in thyroid models for man, rat and mouse

 

0% Iodine

1% Iodine

2% Iodine

 

Nucleus ← Lumen

Nucleus ← Lumen

Nucleus ← Lumen

 

〈z〉 (Gy)

〈z1〉 (Gy)

〈z〉 (Gy)

〈z1〉 (Gy)

〈z〉 (Gy)

〈z1〉 (Gy)

Mouse

2.03E-3

1.25E0

2.04E-3

1.26E0

2.04E-3

1.27E0

(1.76E-5)

(4.67E-3)

(1.78E-5)

(4.73E-3)

(1.79E-5)

(4.83E-3)

Rat

1.08E-3

6.14E-1

1.08E-3

6.18E-1

1.07E-3

6.21E-1

(9.12E-6)

(2.33E-3)

(9.13E-6)

(2.35E-3)

(9.12E-6)

(2.42E-3)

Man

1.71E-4

3.70E-1

1.66E-4

3.70E-1

1.61E-4

3.70E-1

(2.83E-6)

(2.79E-3)

(2.79E-6)

(2.86E-3)

(2.75E-6)

(2.91E-3)

  1. The mean specific energy, 〈z〉, and the single-hit mean specific energy, 〈z1〉, for the mouse, rat and human models per 211At decay. The follicle lumen consisted of water and homogeneously distributed stable iodine (0%, 1% or 2% 127I). 211At was homogeneously distributed within the follicle lumen, and the target was the follicle cell nucleus. Note: data are given as mean (SD).
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