|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
纳米材料在植物细胞生物学研究中的应用
DOI: 10.3969/j.jssn.1000-2006.2011.06.025, PP. 121-126
Keywords: 纳米材料,植物细胞,基因载体,荧光探针
Abstract:
纳米材料已广泛应用于药物载体、生物传感器、成像技术以及基因治疗等研究，相对于动物细胞而言，纳米材料在植物细胞生物学中的应用相对滞后，目前主要集中在量子点探针标记技术和纳米基因载体介导外源基因遗传转化两方面。据此，笔者主要介绍了近年来的量子点合成及功能化等方面的进展，特别对于在植物细胞成像中应用进行了评述。另外还介绍了纳米基因载体的种类和特征，以及在植物完整细胞或原生质体中介导外源基因遗传转化等方面的研究进展。笔者认为已有的纳米材料存在粒径过大或自身的细胞毒性过大，限制了其在植物细胞生物学中的进一步应用，所以针对植物细胞自身特征，设计合成新型的纳米材料将是未来研究的焦点。
| [1] | 〖jp2〗hey,zhongyl,panff,etal.highlyluminescentwater？dispersiblesiliconnanowiresforlong？termimmunofluorescentcellularimaging[j].angewchem,2011,123:3136-3139.？〖jp〗
|
| [2] | ravindrans,kims,martinr,etal.quantumdotsasbio？labelsforthelocalizationofsmallplantadhesionprotein[j].nanotechnology,2005,16:1-4.？
|
| [3] | yugh,liangjo,hezk,etal.quantumdot？mediateddetectionofγ？aminobutyricacidbindingsitesonthesurfaceoflivingpollenprotoplastsintobacco[j].chembiol,2006,13:723-731.？
|
| [4] | wangql,chenb,liup,etal.calmidulinbindstoextracellularsitesontheplasmamembraneofplantcellsandelicitsariseinintracellularcalciumconcentration[j].jbiolchem,2009,284:12000-12007.？
|
| [5] | exteberriae,gonzalezp,fernandezeb,etal.fluidphaseendocyticuptakeofartificialnano？spheresandfluorescentquantumdotsbysycamoreculturedcells:evidenceforthedistributionofsolutestodifferentintracellularcompartments[j].plantsignalbehav,2006,1:196-200.？
|
| [6] | santosar,miguelas,tomazl,etal.theimpactofcd/seznsquantumdotsincellsof？medicagosativa？insuspensionculture[j].jnanobiotechnology,2010,8:24-38.？
|
| [7] | ferrandesr,royv,wuhc,etal.engineeredbiologicalnanofactoriestriggerquorumsensingresponseintargetedbacteria[j].natnanotechnol,2010,5:213-217.？
|
| [8] | 卢雄斌，龚祖埙.植物转基因方法及进展[j].生命科学,1998(3):126-129.？
|
| [9] | 李颖,崔海信,宋瑜,等.pei介导外源基因进入植物细胞的瞬时表达[j].中国农业科学,2009,42(6):1918-1923.？
|
| [10] | seragmf,kajin,gaillardc,etal.traffickingandsubcellularlocalizationofmultiwalledcarbonnanotubesinplantcells[j].acsnano,2011,5:493-499.？
|
| [11] | wangq,chenjn,zhanghy,etal.synthesisofwatersolublequantumdotsformonitoringcarrier？dnananoparticlesinplantcells[j].jnanoscinanotechno,2011,11:2208-2214.？
|
| [12] | 柏杉山,张静妹,李青,等.量子点环境暴露与细胞毒性效应研究进展[j].生态毒理学报,2009,4(1):14-20.？
|
| [13] | hardmanr.atoxicologicreviewofquantumdots:toxicitydependsonphysicochemicalandenvironmentalfactors[j].environhealthperspect,2006,114:165-172.？
|
| [14] | hoshinoa,fujiokak,okut,etal.physicochemicalpropertiesandcellulartoxicityofnanocrystalquantumdotsdependontheirsurfacemodification[j].nanolett,2004,4:2163-2169.？
|
| [15] | gagnéf,auclairj,turcottep,etal.ecotoxicityofcdtequantumdotstofreshwatermussels:impactsonimmunesystem,oxidativestressandgenotoxicity[j].aquatictoxicology,2008,86:333-340.？
|
| [16] | navarroe,piccapietraf,wagnerb,etal.toxicityofsilvernanoparticlesto？chlamydomonasreinhardtii？[j].environscitechnol,2008,42:8959-8964.？
|
| [17] | kangzh,liuy,tsangcha,etal.water？solublesiliconquantumdotswithfinewavelength？tunablephotoluminescence[j].advmater,2009,21:661-664.？
|
| [18] | warnerjh,hoshinoa,yamamotok,etal.water？solublephotoluminescentsiliconquantumdots[j].angewchem,2005,44(29):4550-4554.？
|
| [19] | nayfehmh,barryn,therrienj,etal.observationofamagicdiscretefamilyofultrabrightsinanoparticles[j].applphyslett,2002,80:841-843.？
|
| [20] | lazzeripa,brettschneiderr,luhrsr,etal.stabletransformationofbarleyviapeg？induceddirectdnauptakeintoprotoplasts[j].theorapplgene,1991,81:437-444.？
|
| [21] | frommme,taylorlp,walbotv.expressionofgenestransferredintomonocotanddicotplantcellsbyelectroporation[j].procnatlacadsciusa,1985,82:5824-5828.？
|
| [22] | sanfordjc,kleintm,wolfed,etal.deliveryofsubstancesintocellsandtissuesusingaparticlebombardmentprocess[j].jpartsci&technol,1987,5:27-37.？
|
| [23] | torneyf,trewynbg,linvsy,etal.mesoporoussilicananoparticlesdeliverdnaandchemicalsintoplants[j].natnanotechnol,2007(2):295-300.？
|
| [24] | 宋瑜,李颖,崔海信,等.两种阳离子纳米基因载体及植物基因介导效果的研究[j].生物技术通报,2009(6):75-80.？
|
| [25] | silvaat,nguyena,yecm,elal.conjugatedpolymernanoparticlesforeffectivesirnadeliverytotobaccaoby？2protoplasts[j].bmcplantbiology,2010,10:291-305.？
|
| [26] | pasupathyk,linsj,huq,etal.directplantgenedeliverywithapoly(amidoamine)dendrimer[j].biotechnolj,2008,3:1078-1082.？
|
| [27] | liuql,chenb,wangql,etal.carbonnanotubesasmoleculartransportersforwalledplantcells[j].nanolett,2009,9:1007-1010.？
|
| [28] | liangjg,xiehy,aixp,etal.anovelmethodfortheselectivedeterminationofsilver(i)ion[j].chinchemlett,2004,15:1319-1322.？
|
| [29] | navarroe,bauna,behrar,etal.environmentalbehaviorandecotoxicityofengineerednanoparticlestoalgae,plantsandfungi[j].ecotoxicity,2008,17:372-386.？
|
| [30] | proseuste,boyerjs.turgorpressuremovespolysaccharidesintogrowingcellwallsofcharacorallinia[j].annbot,2005,95:967-979.？
|
| [31] | eggenbengerk,minkc,wadhwanip,etal.usingthepeptidebp100asacell？penetratingtoolforthechemicalengineeringofactinfilamentswithinlivingplantcells[j].chembiochem,2011,12:132-137.？
|
| [32] | kangzh,tsangcha,zhangzd,etal.apolyoxometalate？assistedelectrochemicalmethodforsiliconnanostructurespreparation:fromquantumdotstonanowires[j].jamchemsoc,2007,129:5326-5327.？
|
| [33] | xiab,xiaosj,guodj,etal.biofunctionalisationofporoussilicon(ps)surfacesbyusinghomobifunctionalcross？linkers[j].jmaterchem,2006,16:570-578.？
|
| [34] | parkjh,guol,maltzahngv,etal.biodegradableluminescentporoussiliconnanoparticlesfor？invivo？applications[j].natmater,2009,8:331-336.
|
| [35] | medintzi,uyedaht,goldmaner,etal.quantumdotbioconjugatesforimaging,labelingandsensing[j].natmater,2005,4:435-446.？
|
| [36] | michaltex,pinaudff,bentolilala,etal.quantumdotsforlivecells,invivoimaging,anddiagnostics[j].science,2005,307:538-544.？
|
| [37] | fernndezjmc,pereiror,medalas,etal.theuseofluminescentquantumdotsforopticalsensing[j].trendsanalchem,2006,25:207-218.？
|
| [38] | azzazyhme,mansourmmh,kazmierczaksc.fromdiagnosticstotherapy:prospectsofquantumdots[j].clinbiochem,2007,40:917-927.？
|
| [39] | aylelwd,chenhm,suwn,etal.controlledsynthesisofcadsequantumdotsbyamicrowave？enhancedprocess:agreenapproachformassproduction[j].chemeurj,2011,17:5737-5744.？〖jp〗
|
| [40] | hey,zhongyl,panff,etal.photoandphstable,highlyluminescentsiliconnanospheresandtheirbioconjugatesforimmunofluorescentcellimaging[j].jamchemsoc,2009,131:4434-4438.？
|
| [41] | 董琛,施季森,陆叶,等.聚乙二醇介导鹅掌楸悬浮细胞与cdse/zns量子点纳米颗粒共孵育的互作特征[j].中国科学：c辑,2011,41（6）:494-501.？
|
| [42] | eggenbergerk,merkulova,darbandim,etal.visualizationofplantmicrotubulesbydirectimmunofluorescencebasedonsemiconductornanocrystals[j].bioconjugatechem,2007,18:1879-1886.？
|
| [43] | salema,searsonpc,leongkw.multifunctionalnanorodsforgenedelivery[j].natmater,2003,10:668-671.？
|
| [44] | 〖jp3〗thomasm,klibanovam.conjugationtogoldnanoparticlesenhancespolyrthylenimine’stransferofplasmiddnaintomammaliancells[j].procnatlacadsciusa,2003,100:9138-9143.？〖jp〗
|
| [45] | zhangxq,chenm,lamr,etal.polymer？functionalizednanodiamondplatformsasvehiclesforgenedelivery[j].ascnano,2009,3:2609-2616.？
|
| [46] | xiat,kovochichm,liongm,etal.polyethyleneiminecoatingenhancedthecellularuptakeofmesoporoussilicananoparticlesandallowssafedeliveryofsirnaanddnaconstructs[j].acsnano,2009,310:3273-3286.？
|
| [47] | 杨文胜,高明远,白玉白.纳米生物材料与生物技术[m].北京:化学工业出版社,2005.？
|
| [48] | shawch,leemansj,montagumv,etal.ageneralmethodforthetransferofclonedgenestoplantcells[j].gene,1983,23:315-334.？
|
| [49] | 吴世宣,张春霞,张英华,等.构建具侵染性的花椰菜花叶病毒克隆[j].科学通报,1988,24:1891-1894.？
|
| [50] | hussainmm,melcheru,essenbergrc.infectionofevacuolatedturnipprotoplastswithliposome？packagedcauliflowermosaicvirus[j].plantcellrep,1985(4):58-62.？
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
