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第46卷第9期
               ·1428 ·                           南 京    医 科 大 学 学         报                        2026年9月


                   学,2022                                            Int Ed,2025,64(51):e202514859
                   LI L. Experimental study of a multifunctional sonosensi⁃  [53]ZHI D F,YANG T,O’HAGAN J,et al. Photothermal thera⁃
                   tizer based on acoustic/chemical dynamics against skin  py[J]. J Control Release,2020,325:52-71
                   S. aureus infection and melanoma[D]. Chengdu:Sichuan  [54]LIN X H,HE T,TANG R,et al. Biomimetic nanoprobe⁃
                   University,2022                                   augmented triple therapy with photothermal,sonodynamic
             [43]朱蕾蕾,任建丽,周志益. 基于声动力治疗的肿瘤联合                           and checkpoint blockade inhibits tumor growth and
                   治疗研究进展[J]. 医学研究杂志,2024,53(9):25-28                metastasis[J]. J Nanobiotechnol,2022,20(1):80
                   ZHU L L,REN J L,ZHOU Z Y. Research progress on tumor  [55] GORGIZADEH M,BEHZADPOUR N,SALEHI F,et al.
                   combination therapy based on sonodynamic therapy[J].  A MnFe2O4/C nanocomposite as a novel theranostic agent
                   Journal of Medical Research,2024,53(9):25-28      in MRI,sonodynamic therapy and photothermal therapy
             [44]CORREIA J H,RODRIGUES J A,PIMENTA S,et al.          of a melanoma cancer model[J]. Journal of Alloys and
                   Photodynamic therapy review:principles,photosensitizers,  Compounds,2020,816:152597
                   applications,and future directions[J]. Pharmaceutics,  [56]HAGHIGHI H,TAMADDON P,FAGHANI⁃ESKANDAR⁃
                   2021,13(9):1332                                   KOLAEI P,et al. Reactive oxygen species mediated⁃photo⁃
             [45]ZHENG Y L,YE J X,LI Z Y,et al. Recent progress in   sono⁃ablation of melanoma cells using a novel nanocom⁃
                   sono⁃photodynamic cancer therapy:from developed new  posite of platinum ⁃ polypyrrole as a nanozyme[J]. J
                   sensitizers to nanotechnology ⁃ based efficacy ⁃ enhancing  Therm Biol,2026,136:104428
                   strategies[J]. Acta Pharm Sin B,2021,11(8):2197-2219  [57] CALISSI G,LAM E W,LINK W. Therapeutic strategies
             [46]苏晓敏,李       龙,王   攀. 声光联合介导药物抗肿瘤的                   targeting FOXO transcription factors[J]. Nat Rev Drug

                   研究进展[J]. 生物医学工程学杂志,2012,29(3):583-                Discov,2021,20(1):21-38
                   587                                          [58] ZHAO H X,DU F X,HUANG J B,et al. Biomimetic
                   SU X M,LI L,WANG P. Research progress of the anti⁃  liposomal nanovesicles remodel the tumor immune micro⁃
                   tumor effect of sonodynamic and photodynamic therapy[J].  environment to augment sono ⁃ immunotherapy[J]. J
                   J Biomed Phys Eng,2012,29(3):583-587              Control Release,2025,383:113830
             [47]CHEN H J,ZHOU X B,WANG A L,et al. Synthesis and  [59] HUANG J S,XIAO Z C,AN Y C,et al. Nanodrug with
                   biological characterization of novel rose Bengal deriva⁃  dual⁃sensitivity to tumor microenvironment for immuno⁃
                   tives with improved amphiphilicity for sono⁃photodynamic  sonodynamic anti⁃cancer therapy[J]. Biomaterials,2021,
                   therapy[J]. Eur J Med Chem,2018,145:86-95         269:120636
             [48]SHARMA S,GONE G B,ROYCHOWDHURY P,et al.        [60] LI X T,SUN W N,YU W D,et al. Peptide⁃modified phase⁃
                   Photodynamic and sonodynamic therapy synergy:mecha⁃  transition nanoparticles co⁃deliver FTO siRNA and Ce6 for
                   nistic insights and cellular responses against glioblastoma  sonodynamic metabolism⁃immunotherapy of melanoma[J].
                   multiforme[J]. J Drug Target,2025,33(4):458-472   J Nanobiotechnol,2025,24(1):71
             [49]ZHAO P R,LI H Y,BU W B. A forward vision for chemo⁃  [61]DU J R,WANG Y,YUE Z H,et al. Recent advances in
                   dynamic therapy:issues and opportunities[J]. Angew  sonodynamic immunotherapy[J]. J Cancer Res Clin
                   Chem Int Ed,2023,62(7):e202210415                 Oncol,2023,149(4):1645-1656
             [50] TANG Z M,LIU Y Y,HE M Y,et al. Chemodynamic   [62]ZHENG L L,ZHANG Y L,LIN H,et al. Ultrasound and
                   therapy:tumour microenvironment⁃mediated Fenton and  near ⁃ infrared light dual ⁃ triggered upconversion zeolite ⁃
                   Fenton⁃like reactions[J]. Angew Chem Int Ed,2019,58  based nanocomposite for hyperthermia ⁃ enhanced multi⁃
                  (4):946-956                                        modal melanoma therapy via a precise apoptotic mecha⁃
             [51] FENG G Y,HUANG H,ZHANG M,et al. Single atom        nism[J]. ACS Appl Mater Interfaces,2020,12(29):
                   iron⁃doped graphic⁃phase C 3N4 semiconductor nanosheets  32420-32431
                   for augmented sonodynamic melanoma therapy synergy  [63] FENG Z Y,YAO Y C,WANG Z Y,et al. A multimodal
                   with endowed chemodynamic effect[J]. Adv Sci,2023,10  imaging nanobubble enhancing sonodynamic therapy by
                  (23):2302579                                       cell membrane disruption for effective anti⁃melanoma[J].
             [52] DU M Y,XIAO H P,XU R F,et al. A sonosensitive      Biomaterials,2026,324:123450
                   heterometallic polyoxometalate for highly efficient chemo⁃  (收稿:2026-03-22;修回:2026-07-04;录用:2026-07-12)
                   sonodynamic synergistic cancer therapy[J]. Angew Chem                      (本文编辑:蒋       莉)
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