|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
荧光碳点及其在生物医药领域应用的研究进展
, PP. 1258-1266
Keywords: 荧光碳点,基本结构,碳源材料,制备方法,发光机制,生物医药应用
Abstract:
荧光碳点是一种新型的碳纳米材料，与传统荧光探针相比具有光稳定性好、光不闪烁、不漂白等优点；与半导体量子点相比，具有生物相容性好、毒性小、表面易修饰等特点，是具有良好发展前景的光学影像探针。本文综述了荧光碳点的基本结构、碳源材料、制备方法、发光机制以及在生物医药领域的应用进展，同时分析讨论了荧光碳点在未来发展中需要解决的主要问题和研究方向。
| [1] | hul,wangdp,yaoah,etal.progressinstudyofbiomedicalquantumdots[j].materrev,2010,24:72-75.
|
| [2] | fuah,guww,boussertb,etal.semiconductorquantumrodsassinglemoleculeflurescentbiologicallabels[j].nanolett,2007,7:179-182.
|
| [3] | rosinl,mirkinca.nanostructuresinbiodiagnostics[j].chemrev,2005,105:1547-1562.
|
| [4] | yangst,wangx,wanghf,etal.carbondotsasnontoxicandhigh-performancefluorescenceimagingagents[j].jphyschemc,2009,113:18110-18114.
|
| [5] | husl,baipk,sunj.fluorescentcarbonnanoparticles:recentachievementsandtechnicalchallenges[j].progchem,2010,22:345-351.
|
| [6] | yangzc,wangm,yongam,etal.intrinsicallyfluorescentcarbondotswithtunableemissionderivedfromhydrothermaltreatmentofglucoseinthepresenceofmonopotassiumphosphate[j].chemcommun(camb),2011,47:11615-11617.
|
| [7] | zhaol,dif,wangd,etal.chemiluminescenceofcarbondotsunderstrongalkalinesolutions:anovelinsightintocarbondotopticalproperties[j].nanoscale,2013,5:2655-2658.
|
| [8] | liucj,zhangp,zhaixy,etal.nano-carrierforgenedeliveryandbioimagingbasedoncarbondotswithpei-passivationenhancedfluorescence[j].biomaterials,2012,33:3604-3613.
|
| [9] | bourlinosab,stassinopoulosa,anglosd,etal.surfacefunctionalizedcarbogenicquantumdots[j].small,2008,4:455-458.
|
| [10] | wangq,huangx,longy,etal.hollowluminescentcarbondotsfordrugdelivery[j].carbon,2013,59:192-199.
|
| [11] | taohq,yangk,maz,etal.invivonirfluorescenceimaging,biodistribution,andtoxicologyofphotoluminescentcarbondotsproducedfromcarbonnanotubesandgraphite[j].small,2012,8:281-290.
|
| [12] | baol,zhangzl,tianzq,etal.electrochemicaltuningofluminescentcarbonnanodots:frompreparationtoluminescencemechanism[j].advmater,2011,23:5801-5806.
|
| [13] | zhangxy,wangsq,zhucy,etal.carbon-dotsderivedfromnanodiamond:photoluminescencetunablenanoparticlesforcellimaging[j].jcolloidinterfacesci,2013,397:39-44.
|
| [14] | liuhp,yetd,maoc.fluorescentcarbonnanoparticlesderivedfromcandlesoot[j].angewchemintedengl,2007,46:6473-6475.
|
| [15] | yanfy,zouy,wangm,etal.synthesisandapplicationofthefluorescentcarbondots[j].progchem,2014,26:61-74.
|
| [16] | hus,liuj,yangj,etal.lasersynthesisandsizetailorofcarbonquantumdots[j].jnanoparticleres,2011,13:7247-7252.
|
| [17] | lecroyge,sonkarsk,yangf,etal.towardstructurallydefinedcarbondotsasultracompactfluorescentprobes[j].acsnano,2014,8:4522-4529.
|
| [18] | dengj,luq,min,etal.electrochemicalsynthesisofcarbonnanodotsdirectlyfromalcohols[j].chemistry,2014,20:4993-4999.
|
| [19] | songyb,zhusj,xiangsy,etal.investigationintothefluorescencequenchingbehaviorsandapplicationsofcarbondots[j].nanoscale,2014,6:4676-4682.
|
| [20] | tangy,suy,yangn,etal.carbonnitridequantumdots:anovelchemiluminescencesystemforselectivedetectionoffreechlorineinwater[j].analchem,2014,86:4528-4535.
|
| [21] | pedrosg,salinas-castilloa,ariza-avidadm,etal.microsystem-assistedsynthesisofcarbondotswithfluorescentandcolorimetricpropertiesforphdetection[j].nanoscale,2014,6:6018-6024.
|
| [22] | yangy,cuij,zhengm,etal.one-stepsynthesisofamino-functionalizedfluorescentcarbonnanoparticlesbyhydrothermalcarbonizationofchitosan[j].chemcommun(camb),2012,48:380-382.
|
| [23] | xuy,wum,liuy,etal.nitrogen-dopedcarbondots:afacileandgeneralpreparationmethod,photoluminescenceinvestigation,andimagingapplications[j].chemistry,2013,19:2276-2283.
|
| [24] | zhuaw,quq,shaoxl,etal.carbon-dot-baseddual-emissionnanohybridproducesaratiometricfluorescentsensorforinvivoimagingofcellularcopperions[j].angewchemintedengl,2012,51:7185-7189.
|
| [25] | shanxy,chailj,majj,etal.b-dopedcarbonquantumdotsasasensitivefluorescenceprobeforhydrogenperoxideandglucosedetection[j].analyst,2014,139:2322-2325.
|
| [26] | hodesg.whensmallisdifferent:somerecentadvancesinconceptsandapplicationsofnanoscalephenomena[j].advmater,2007,19:639-655.
|
| [27] | jiaxf,lij,wangek.one-potgreensynthesisofopticallyph-sensitivecarbondotswithupconversionluminescence[j].nanoscale,2012,4:5572-5575.
|
| [28] | wangl,zhusj,wanghy,etal.commonoriginofgreenluminescenceincarbonnanodotsandgraphenequantumdots[j].acsnano,2014,8:2541-2547.
|
| [29] | wangk,gaoz,gaog,etal.systematicsafetyevaluationonphotoluminescentcarbondots[j].nanoscalereslett,2013,8:122.
|
| [30] | yangh,liuc,yangdf,etal.comparativestudyofcytotoxicity,oxidativestressandgenotoxicityinducedbyfourtypicalnanomaterials:theroleofparticlesize,shapeandcomposition[j].jappltoxicol,2009,29:69-78.
|
| [31] | caol,wangx,mezianimj,etal.carbondotsformultiphotonbioimaging[j].jamchemsoc,2007,129:1131-1139.
|
| [32] | ruans,zhub,zhangh,etal.asimpleone-stepmethodforpreparationoffluorescentcarbonnanospheresandthepotentialapplicationincellorganellesimaging[j].jcolloidinterfacesci,2014,422:25-29.
|
| [33] | mitras,chandras,pathansh,etal.roomtemperatureandsolvothermalgreensynthesisofselfpassivatedcarbonquantumdots[j].rscadv,2013,3:3189-3193.
|
| [34] | liur,wud,lius,etal.anaqueousroutetomulticolorphotoluminescentcarbondotsusingsilicaspheresascarriers[j].angewchemintedengl,2009,48:4598-4601.
|
| [35] | yangx,zhuoy,zhus,etal.novelandgreensynthesisofhigh-fluorescentcarbondotsoriginatedfromhoneyforsensingandimaging[j].biosensbioelectron,2014,60:292–298.
|
| [36] | sunyp,zhoub,liny,etal.quantum-sizedcarbondotsforbrightandcolorfulphotoluminescence[j].jamchemsoc,2006,128:7756-7757.
|
| [37] | minghp,maz,liuyd,etal.largescaleelectrochemicalsynthesisofhighqualitycarbonnanodotsandtheirphotocatalyticproperty[j].daltontrans,2012,41:9526-9531.
|
| [38] | costas-morai,romerov,lavillai,etal.insitubuildingofananoprobebasedonfluorescentcarbondotsformethylmercurydetection[j].analchem,2014,86:4536-4543.
|
| [39] | wangx,caol,yangst,etal.bandgap-likestrongfluorescenceinfunctionalizedcarbonnanoparticles[j].angewchemintedengl,2010,49:5310-5314.
|
| [40] | wangw,luyc,huangh,etal.facilesynthesisofwater-solubleandbiocompatiblefluorescentnitrogen-dopedcarbondotsforcellimaging[j].analyst,2014,139:1692-1696.
|
| [41] | shenpf,xiays.synthesis-modificationintegration:one-stepfabricationofboronicacidfunctionalizedcarbondotsforfluorescentbloodsugarsensing[j].analchem,2014,86:5323-5329.
|
| [42] | mehtavn,jhas,kailasask.one-potgreensynthesisofcarbondotsbyusingsaccharumofficinarumjuiceforfluorescentimagingofbacteria(escherichiacoli)andyeast(saccharomycescerevisiae)cells[j].matersciengcmaterbiolappl,2014,38:20-27.
|
| [43] | pand,zhangj,liz,etal.observationofph-,solvent-,spin-,andexcitation-dependentbluephotoluminescencefromcarbonnanoparticles[j].chemcommun(camb),2010,46:3681-3683.
|
| [44] | wangx,caol,lufs,etal.photoinducedelectrontransferswithcarbondots[j].chemcommun(camb),2009,(25):3774-3776.
|
| [45] | linz,xuew,chenh,etal.classicaloxidantinducedchemiluminescenceoffluorescentcarbondots[j].chemcommun(camb),2012,48:1051-1053.
|
| [46] | liuxj,zhangn,bingt,etal.carbondotsbaseddual-emissionsilicananoparticlesasaratiometricnanosensorforcu(2+)[j].analchem,2014,86:2289-2296.
|
| [47] | shiyp,pany,zhangh,etal.adual-modenanosensorbasedoncarbonquantumdotsandgoldnanoparticlesfordiscriminativedetectionofglutathioneinhumanplasma[j].biosensbioelectron,2014,56:39-45.
|
| [48] | dingc,zhua,tiany.functionalsurfaceengineeringofc-dotsforfluorescentbiosensingandinvivobioimaging[j].accchemres,2014,47:20-30.
|
| [49] | huangx,zhangf,zhul,etal.effectofinjectionroutesonthebiodistribution,clearance,andtumoruptakeofcarbondots[j].acsnano,2013,7:5684-5693.
|
| [50] | lawrencek,xiafj,arrowsmithrl,etal.hydrothermalconversionofone-photon-fluorescentpoly(4-vinylpyridine)intotwo-photon-fluorescentcarbonnanodots[j].langmuir,2014,inpress.
|
| [51] | kumarv,toffolig,rizzoliof.fluorescentcarbonnanoparticlesinmedicineforcancertherapy[j].acsmedchemlett,2013,4:1012-1013.
|
| [52] | thakurm,pandeys,mewadaa,etal.antibioticconjugatedfluorescentcarbondotsasatheranosticagentforcontrolleddrugrelease,bioimaging,andenhancedantimicrobialactivity[j].jdrugdeliv,2014,doi:10.1155/2014/282193.
|
| [53] | zhengm,lius,lij,etal.integratingoxaliplatinwithhighlyluminescentcarbondots:anunprecedentedtheranosticagentforpersonalizedmedicine[j].advmater,2014,26:3554-3560.
|
| [54] | zhoul,liz,liuz,etal.luminescentcarbondot-gatednanovehiclesforph-triggeredintracellularcontrolledreleaseandimaging[j].langmuir,2013,29:6396-6403.
|
| [55] | posthuma-trumpiega,wichersjh,koetsm,etal.amorphouscarbonnanoparticles:aversatilelabelforrapiddiagnostic(immuno)assays[j].analbioanalchem,2012,402:593-600.
|
| [56] | nogueraps,posthuma-trumpiega,vantuilm,etal.carbonnanoparticlesasdetectionlabelsinantibodymicroarrays.detectionofgenesencodingvirulencefactorsinshigatoxin-producingescherichiacoli[j].analchem,2011,83:8531-8536.
|
| [57] | chandras,pradhans,mitras,etal.highthroughputelectrontransferfromcarbondotstochloroplast:arationaleofenhancedphotosynthesis[j].nanoscale,2014,6:3647-3655.
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
