氬氦刀 (冷凍消融) | Cryoablation

冷凍消融是指通過冷凍破壞組織的所有方法。冷凍消融通過直接機制導致細胞損傷、死亡和組織壞死，直接機制導致冷誘導的細胞損傷，間接機制導致細胞微環境的改變和組織活力的降低。細胞損傷，包括間接損傷和直接損傷，可受四個因素的影響：冷卻速度、目標溫度、達到目標溫度的時間和解凍速度。

冷致腫瘤損傷的生物學基礎直接影響影像引導冷凍消融的參數：冷卻速率、靶溫、靶溫時間和解凍速率。未來冷凍消融的輔助治療將依賴於瞭解這些關係，以最大限度地提高手術療效和降低手術發病率。冷凍消融科技具有巨大的發展潜力，冷凍消融治療惡性腫瘤已經成為影像引導介入腫瘤的一種重要手段。

If you have this disease, please follow your doctor's complete medical plan. You must consult the attending doctor before using the multidisciplinary rehabilitation plan. If your attending doctor does not recommend you to join the supplement conditioning combination, please do not use it. If you need to seek second opinion from other doctors, you can contact our online "Doctors Without Borders", or another professional doctor in your own city.

This pricing is for reference only. Doctors need to follow the immediate situation (for example, whether there is proliferation or invasion of other organizations) to implement a more accurate multi-disciplinary medical scheme, and the cost will increase or decrease accordingly. All medical expenses only need to be paid directly to the relevant hospitals when they go to see a doctor. This platform will not participate in collecting patients' money. Please note. Under the normal experience, the single tumor ablation with Cryoablation is about RMB120,000, and the two tumor ablation is about RMB200,000. Warm tips: if overseas patients come to mainland China for treatment, they must be accompanied by their families. Additional arrangements are also required for the expenses of hotels, meals, transportation, etc. during the treatment and observation for one to two weeks.

Cryoablation

Cryoablation refers to all methods of destroying tissue by freezing. Cryoablation causes cellular damage, death, and necrosis of tissues by direct mechanisms, which cause cold-induced injury to cells, and indirect mechanisms, which cause changes to the cellular microenvironment and impair tissue viability. Cellular injury, both indirect and direct, can be influenced by four factors: cooling rate, target temperature, time at target temperature, and thawing rate.