Thermal ablation-induced coagulative necrosis (of tumor tissue)

Thermal ablation of tumor tissue via coagulative necrosis" is not a molecular target, receptor, or protein, but rather a therapeutic process used in cancer treatment. This method involves applying high temperatures (typically above 60°C) directly to tumors using modalities such as radiofrequency ablation (RFA), microwave ablation, or high-intensity focused ultrasound (HIFU). The elevated temperature causes rapid denaturation of proteins and disruption of cell membranes, leading to coagulative necrosis—a form of cell death where the basic architecture of dead tissue is preserved for several days. This process destroys cancer cells within the targeted area while aiming to spare surrounding healthy tissues as much as possible[5][7][9]. The effectiveness and extent of coagulation depend on factors like tissue type, vascularity, and electrical conductivity[1]. While highly effective for certain localized tumors and minimally invasive compared with surgery, it is not itself a druggable target but rather an endpoint or effect achieved by various energy-based devices. Note: This entry does not correspond to a canonical molecular target such as a receptor or enzyme; it describes an outcome/process. Therefore, "is_target" should be marked false and "is_incorrect" true for purposes requiring structured molecular target data.

Other names

Thermal ablation of tumor tissue via coagulative necrosisCoagulative necrosis induced by thermal ablation