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Monte Carlo simulation can be particularly suitable for modeling the microscopic distribution of energy received by normal tissues or cancer cells and for evaluating the relative merits of different radiopharmaceuticals. We used a new code, CELLDOSE, to assess electron dose for isolated spheres with radii varying from 2,500 mum down to 0.05 mum, in which (131)I is homogeneously distributed.

CELLDOSE: A Monte Carlo Code to Assess Electron Dose Distribution—S Values for 131I in Spheres of Various Sizes

CELLDOSE: A Monte Carlo Code to Assess Electron Dose Distribution—S Values for ¹³¹I in Spheres of Various Sizes