Fig. 5
From: Tumor microenvironment-responsive fenton nanocatalysts for intensified anticancer treatment
Copyright 2020, Chinese Chemical Society. c Fenton-like reactions of Cu2-xS nanoparticles in solid tumors. [61]. d The tumor volume and tumor weight growth of nude mice on 14th day, the survival rates of 4T1 tumor-bearing nude mice within 60 days feeding duration, and the digital images of tumors of each group after receiving varied treatments, including control group, Cu2-xS-PEG NDs group, NIR-II laser group, and Cu2-xS-PEG NDs + NIR-II laser group. Reproduced with permission. [61] Copyright 2019, Elsevier Ltd
a The general design, preparation, degradation, and action mechanism of AIBA@CuS-FA NPs [60]. b The relative tumor volume and tumor weight of mice on 16th day after different treatments (1. PBS, 2. CuS-FA, 3. AIBA@CuS-FA, 4. PBS + 1064 nm, 5. CuS-FA + 1064 nm, 6. AIBA@CuS-FA + 808 nm, 7. AIBA@CuS-FA + 1064 nm). Reproduced with permission. [60]