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1、單位代碼10635學(xué)號112015329001958基于膠束復(fù)合溫敏凝膠的雙光子光動力療法抗小鼠乳腺癌初探論文作者：張琪指導(dǎo)教師：羅永煌教授羅雷副教授學(xué)科專業(yè)：藥物分析學(xué)研究方向：體內(nèi)藥物分析學(xué)提交論文日期：2018年3月25日論文答辯日期：2018年5月26日學(xué)位授予單位：西南大學(xué)中國?重慶2018年5月ADissertationforMaster’sDegreeofSouthwestUniversityApreliminarystudyoftwo-photonphotodynamictherapy
2、basedonmicellarcompositethermosensitivehydrogelsagainstmousebreastcancerCandidate:QiZhangAdivisor:Prof.YonghuangLuo?AssociateProf.LeiLuoDiscipline:PharmaceuticalAnalysisDirection:BiochemicalPharmaceuticalAnalysisChongqing·ChinaMay2017目錄目錄摘要.............
3、...............................................................................................................IABSTRACT..................................................................................................................V第1章文獻(xiàn)綜述...........
4、..............................................................................................11.1光動力療法.....................................................................................................11.1.1光動力療法的作用原理.................................
5、......................................11.1.2光動力療法的發(fā)展...............................................................................21.1.3光敏劑...................................................................................................21.2雙光子吸收化合物及熒
6、光共振能量轉(zhuǎn)移.....................................................31.2.1雙光子吸收的概念...............................................................................31.2.2雙光子吸收截面積（δ）......................................................................41.2.3雙光子化合物.
7、......................................................................................41.2.4熒光共振能量轉(zhuǎn)移效應(yīng).......................................................................51.2.5雙光子光動力療法..................................................................
8、.............61.3聚合物膠束.....................................................................................................61.3.1聚合物膠束形成機(jī)理...........................................................................61.3.2聚合物膠束的優(yōu)勢..
