BIODEGRADABLE THERMAL SENSOR FOR HYPERTHERMIA TREATMENT

目前的癌症治疗方法需要优先杀死 恶性细胞高于正常细胞。高温疗法为这一领域带来了希望。 然而，由于身体对治疗的反应因人而异 随着热量影响血管系统，在治疗过程中也会发生变化， 在这种处理过程中，控制温度是非常困难的。 放置在肿瘤内的热敏电阻传导热波和电磁波。 远离测试区。拟议的计划通过以下方式提供了新的希望 开发可注射、可生物降解的温度传感器。温度 传感器比红细胞小，在使用过程中保持完整，并且 在检测后被吞噬。传感器也可以被引导到肿瘤中。 静脉注射后有磁性的区域。建议的项目产出 系统可集成到加热系统中以控制温度 在热疗过程中。

Current cancer therapies require the need for preferential killing of malignant cells over normal cells. Hyperthermia offers hope in this area. However, since the body's response to therapy varies from person to person and also varies during treatment as the heat affects the vascular system, it is exceedingly difficult to control temperature during this treatment. Thermistors placed within the tumor conduct heat and electromagnetic waves away from the test area. The proposed program offers new hope by developing injectable, biodegradable temperature sensors. Temperature sensors are smaller than red blood cells, remain integral during use, and are phagocytized after testing. Sensors can also be guided into the tumor area magnetically following a venous injection. The output of the proposed system can be integrated into the heating system to control temperatures during hyperthermia procedures.