ࡱ> Root Entry<'FileHeader7DocInfo^BodyText |<0g<    Root Entry<'FileHeader7DocInfo^BodyText |<0g<&  " #$%'()*+ !"#$%&'()*+,-./0123456;89:<=>?@ABCDEFGHIJKLMNOPQRSTUWXYZ[\]_`abcdefghiklopqrstuvxyz{|}~HwpSummaryInformation.VPrvImage i PrvTextDocOptions <<Section0w Scripts <<JScriptVersion m DefaultJScriptj_LinkDocn 8] <\><Molecular Nanoparticles for Photonic Theranostics> <\Դ><Biophotonics is a convergence technology merged at the interfaces of biomedical research, photonics, and materials science. Among various biophotonic aspects, molecular luminescence has made significant contributions to advances of biomedical sciences as a powerful analytical and diagnostic tool that allows a closer access to biological and pathological processes. In this regard, optical molecular imaging holds great potential for imaging diseases and drug activity during preclinical drug discovery processes from initial lead compound identification in vitro to proof-of-principle in vivo analysis. In this presentation, luminescent (fluorescent, phosphorescent or chemiluminescent) molecular nanoparticles that are capable of emitting intense imaging signals as well as in vivo disease targeting, will be introduced as a new class of all-organic biophotonic nanoprobes for in vivo disease imaging. Features of imaging signal amplification and>G,=.]K w@i {; ID"2S W4]Kn-7~}bժ*){Y ;k;!a&6,!E¿ejknf}C:AoZB:#HQm{aGfG (3Oxj(/V&W]RLj-i똘*Rm[ztqa(RW4kkD&MyLH#@@EQ|bcͮg3/;,pW(Uvm d0r[ ?MTc'Sih$;Sns3ԛ<&2l_f5R|#gNӓc(GSUˀ|b68zo{(!o5~$*j{T,yN >w*KJ&C Tpyi@yE4hRz%.ʭALIYyN&$#)4 PunLNSfօf$Yud)ISôjDapQԑO}@I5D]1-q%ٳr6yzt<ϸ/ez/K% A5t(F0F[T\̮g2o5~yx͒m;Sb&QQ-vͪ]5ajc!v>aU ^fGswPjOetoD0b{a#댄.Z\ۑ&>J)랱</pm.L&\w,檪U؇%XxR\g! 9ЈNP>CysȔX7 zU90- (ʿVYV.>ki5&eҟOp\P=:F^NlUKell"6 %Ket) 1fEb %xTעb'yg!7>Vh9SV.ˉf,һy+ dž볼&`v 1@_Fg%̶{S2!GyH3Menaȵ.S&Mvf*rs)BrI(S.QIxfw[emwan5GXۅ&~MHsuln6Ǟo[l7_IU4la65qgC}Fw%܆1N]/1iN68eiha&.X`vxYzI*xZW jQ%'hwN)q$n表ngFh*y&/wBj[QhQJei))Obl~|杘,jNǥ&+9 뫞KKf}次^(fg/nbmz("[lC>Q>oE~5!)R*HWP Document Filegbf5c9쵂mʌ:!Z Ӂ5{pt)z\6t5R[GpHhcײYSA;xp͘)l.hGֲ_*t]2 -in0I^Z_|kƒ.Hwq&;)po7ίޕZ\Iκ-F Ya9.nړGc3MZBy3C|GvPc``h^~?u@DO 6C,H,#GB!k0~ 6*7=M*Z:ҙ#?*?ӿT@Y~X+mj3'm[v|:j)%C$Mϼ5#cd߈ecular nanoparticles that are capable of emitting intense imaging signals as well as in vivo disease targeting, will be introduced as a new class of all-organic biophotonic nanoprobes for in vivo disease imaging. Features of imaging signal amplification and>Wѳ>%)հAЧ(ݱ,,T?_oH9ʻɹ=4Օwߪ8%(:)7k?'ztHho};*/7灲nij%(崳&Ljϒ ղd"#|`ʀrjRݛ?81frprp*UFJ"*hA찤5yW@;,mzuGl"dS3vʧ*2iNrO5EnX ,;"u#0`0yzb-xChWs1J͑n&x5A3C2`7MैGȪ"dԁdbEdm*v;Ub[AiV]E3E }@J:@Is3G7N3nn S  WF(:u Q[-4QG> `9v`O[":c=DCӡ3Q$Y3Buӑm84avS`Vҫgj!bztj )ea™Ξ dklN2e?f0s~3zSpK>dEjѓq#XkG N;uoS6>۫>n#/KhTS^w; m3*fh]:5ptL :pX5Y4'zh8y)Yѽyg!=9؋swHW2Ƒ|hNt [m}Ҍ!ɛWfV,;;rtΆ.jN.;]"y6],g/~;{g%OC:7\Q<^s+=ssTXsUTsKZ/~,G:_:J+,Yc٨W3?|/~ ėOHQY[2W2 thAa. ((܎2)0! MLL;kW!=0g?N,ːn<ȕ?_}/ó/QX}/Wة+{Oc1_1}ŠûVVVRz6me*,xe~fwQ5&nײO1jH('IHrra[Y+0j9yNs%X Ece>/yyW-/fin S}Pwx!v2nNBBIrC~ "kp7̄yfVR&LԙsT $Ob{DO i|:ʽUʓ!H5p9౉Nh1:#aa]d^2d/'odfadP`Xڊw-9ht [x2404 b X 3& ADW( bbF +Z̳Ϛȫʼʰ9c 2`C(ǿYruހpXvN;\]p5(@nf$ڮg n!vK!ngBq{ kp0+ Ĭv&?"HwpSummaryInformation.VPrvImage i PrvTextDocOptions <<Scripts <<JScriptVersion m DefaultJScriptj_LinkDocn Section0w  !"#$%&'()*+,-./0123456;89:<=>?@ABCDEFGHIJKLMNOPQRSTUWXYZ[\]_`abcdefghiklopqrstuvxyz{|}~