参考文献/References:
[ 1] A ckroyd R, Brow n N J, Dav isM F, et a .l Am ino laevu linic acidinduced photodynam ic therapy in the treatm ent o f dysplastic barrett s o esophagus and adenocar[ J]. Laser inM edica l Sc ience, 1999, 14( 4): 275-278.
[ 2] 夏盛钦. 新型竹红菌素光敏剂的合成及其光动力性质的研究[ D]. 北京: 中国科学院理化技术研究所, 2004.
[ 3] Zhou L, Zhou JH, Dong C, et a.l W ate rsolub le hypoc re llin A nanoparticles as a photodynam ic therapy de liv ery system [ J]. Dyes and Pigm ents, 2009, 82( 1): 90-94.
[ 4] Baba K, PudavarH E, Roy I, et a.l New me thod fo r deliver ing a hydrophobic drug for pho todynam ic the rapy using pure nanocrystal fo rm of the drug[ J]. Mo lecu lar Pharm aceutics, 2006, 4( 2): 289-297.
[ 5] Roy I, Ohu lchanskyyT Y, PudavarH E, e t a .l Ceram icbased nanoparticles entrappingw ate rinso luble pho to sensitizing anti cancer drugs: a nove l drugca rrier system fo r photodynam ic the rapy [ J] . Journa l of Ame rican Chem istry So ciety, 2003, 125 ( 26): 7 860-7 865.
[ 6] W ang S Z, Gao R M, Zhou FM, et a.l N anom ater ia ls and singlet oxygen photosensitizers: po ten tia l app lications in pho tody nam ic the rapy[ J] . Journa l ofM ate rials Chem istry, 2004, 14( 4) : 487-493.
[ 7] Yan F, Kope lm an R. The embedd ing of m etate tra ( hydroxypheny l) chlorin into silica nanoparticle p latforms for pho tody nam ic the rapy and the ir sing let oxygen production and pHdependent optica l properties[ J]. Pho tochem istry and Pho tob io logy, 2003, 78( 6): 587-591.
[ 8] Tang W, Xu H, Kope lm an R, et a.l Photodynam ic cha racte rization and in v itro application of m ethy lene b luecon taining nanopartic le p la tform s[ J]. Photochem istry and Pho tob io logy, 2005, 81( 2): 242-249.
[ 9] Zhou L, Liu JH, Zhang J, et a.l A new so lge l s ilica nanoveh icle preparation for photodynam ic therapy in v itro [ J]. International Journa l o f Pha rmaceutics, 2010, 386( 1 /2): 131-137.
[ 10] 何慧珠, 蒋险峰, 王夺元. 在胶束中竹红菌甲素的光物理特性[ J]. 感光科学与光化学, 1992, 10( 3): 193-199
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