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The transportation of reactive oxygen species (ROS) to lesion site through human tissue is crucial for plasma medicine. For this reason, the spatial‐temporal distributions of ROS in model tissues irradiated by a He + O2 plasma jet were investigated in this paper. It was found that the ROS formed a ring‐shaped surface pattern on the model tissue, of which the diameter increased with the gas flow rate...
Front Cover: A model tissue was treated by a He+O2 plasma jet in this study, in which the spatial distribution of ROS was found to change significantly with the inclination angle of plasma irradiation, while the plasma image was almost the same. Since the inclination angle should be changeable in practice, this suggests that the ROS dosage of the plasma jet is difficult to precisely control for clinical...
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