In the model considering a frontal tumor and an anterior-posterior electrode configuration, ≥6 mm of peri- tumoral edema decreased the electric field by 52%. In the patient specific models, peritumoral edema decreased the electric field magnitude within the tumor by an average of 26%.
In the patient specific models, peritumoral edema decreased the electric field magnitude within the tumor by an average of 26%. The effect of peritumoral edema ...
field by 52%. In the patient specific models, peritumoral edema decreased the electric field magnitude within the tumor by an average of 26%. The effect of ...
Jan 5, 2022 · Peritumoral edema (ptE) may result in shunting of electrical current around the tumor, thereby reducing the intra-tumoral electric field.
Computational modeling has indicated that edema decreases field strength in the tumor by 26% on average and potentially up to 52%. ... ... Computational ...
Apr 27, 2020 · In the patient specific models, peritumoral edema decreased the electric field magnitude within the tumor by an average of 26%. The effect of ...
Apr 4, 2024 · Increasing peritumoral edema thickness decreased the shell's mean field strength. Compared to rostrally/caudally, shifting the tumor location ...
P.160 Impact of peritumoral edema during tumor treatment field therapy
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Peritumoral edema (ptE) may result in shunting of electrical current around the tumor, thereby reducing the intra-tumoral electric field.
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Computational modeling has indicated that edema decreases field strength in the tumor by 26% on average and potentially up to 52%.
Aug 6, 2022 · Our modeling study demonstrated that cerebral edema alters the distribution of applied TTFields in patients. Personalized treatment planning ...