Efficacy and Safety of Super-hyperfractionation Pulse Radiotherapy Combined With ICIs for Advanced NSCLC
Efficacy and Safety of Super-hyperfractionation Pulse Radiotherapy Combined With Immune Checkpoint Inhibitor for Advanced Non-small Cell Lung Cancer.
About This Trial
Investigators intend to combine low-dose hypersensitivity with high-dose immunopotentiation effect, and use super-hyperfractionation pulse radiotherapy, which is expected to achieve the effect of in situ vaccine that can enhance tumor killing, protect normal tissues, reduce immune cell damage and enhance tumor immunogenicity at the same time, and play a stronger immunopotentiation effect in combined immunotherapy. Thereby inducing a stronger abscopal effect of radiotherapy.
Who May Be Eligible (Plain English)
Original Eligibility Criteria
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Treatments Being Tested
Super-hyperfractionation Pulse Radiotherapy
Radiotherapy design: a single dose of 0.5Gy, 16 consecutive pulses with an interval of 3 minutes (0.5Gy \* 16F), total dose DT: 8Gy; Immunotherapy: PD-1/PD-L1 monoclonal antibodies conforming to CSCO guidelines for lung cancer indications, including Carrilizumab, Tirelizumab, Teripril, Paborizumab, etc., conventional therapeutic dose, Q3W, until progression or the investigator judges that there is no longer clinical benefit or intolerable side effects.