资料库
仪器网>
资料库>SurfactantPolymer Nanoparticles Enhance the Effectiveness of Anticancer Photodynamic Therapy
SurfactantPolymer Nanoparticles Enhance the Effectiveness of Anticancer Photodynamic Therapy
-
本文由 上海科学仪器有限公司 整理汇编
2018-08-31 10:11 969阅读次数
文档仅可预览首页内容，请下载后查看全文信息！
-
立即下载
SurfactantPolymerNanoparticlesEnhancetheEffectivenessofAnticancerPhotodynamicTherapy
登录或新用户注册
请用手机微信扫描下方二维码
快速登录或注册新账号
微信扫码，手机电脑联动
更多资料
-
SurfactantPolymer Nanoparticles Enhance the Effectiveness of Anticancer Photodynamic Therapy- SurfactantPolymerNanoparticlesEnhancetheEffectivenessofAnticancerPhotodynamicTherapy[详细]
-
2018-08-31 10:11
产品样册
-
- Surfactant-Polymer Nanoparticles Enhance the Effecti
- Surfactant-Polymer Nanoparticles Enhance the Effecti[详细]
-
2014-02-11 00:00
操作手册
-
- New Advances in Tumor Therapy!
- New Advances in Tumor Therapy![详细]
-
2024-09-28 01:21
实验操作
-
- Using Atomic Force Microscopy to Control and Enhance
- Using Atomic Force Microscopy to Control and Enhance[详细]
-
2024-09-28 21:11
专利
-
- Generation of metal nanoparticles in a microchannel
- Generation of metal nanoparticles in a microchannel[详细]
-
2004-10-19 00:00
专利
-
Blood Exosomes Endowed with Magnetic and Targeting Properties for Cancer Therapy- Blood Exosomes Endowed with Magnetic and Targeting Properties for Cancer Therapy[详细]
-
2024-09-28 01:25
报价单
-
- Alumina nanoparticles induce expression of endotheli
- Alumina nanoparticles induce expression of endotheli[详细]
-
2014-02-11 00:00
专利
-
- Cationic lipid-coated magnetic nanoparticles associa
- Cationic lipid-coated magnetic nanoparticles associa[详细]
-
2014-02-11 00:00
专利
-
- Interfacial silica nanoparticles stabilize cocontinu
- Interfacial silica nanoparticles stabilize cocontinu[详细]
-
2015-03-12 00:00
标准
-
- Lung exposure to nanoparticles modulates an asthmati
- Lung exposure to nanoparticles modulates an asthmati[详细]
-
2024-09-28 14:37
安装说明
-
- Polymer-Surfactant Nanoparticles for Sustained Release of Water-Soluble Drugs
- Polymer-SurfactantNanoparticlesforSustainedReleaseofWater-SolubleDrugs[详细]
-
2018-08-31 10:11
产品样册
-
- Gold Nanoparticles 纳米金市场报价表
- 产品介绍：纳米金(GoldNanoparticles)的制备方法主要采用还原剂，如柠檬酸钠，硼氢化钠等还原氯金酸HAuCl44H2O。氯金酸HAuCl44H2O在还原剂的作用下，可以聚合成一定大小的金纳米颗粒，形成带负电的疏水胶溶液。由于静电作用而成为稳定的胶体状态，故称胶体金(Colloidalgold)。纳米金分散在水中：GoldNanoparticlesdispersedinwater粒径：5nm-100nm浓度：0.05，0.1mg/ml包装：25ml/50ml/更大粒径浓度价格（元/规格）5nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml10nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml20nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml30nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml40nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml50nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml60nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml70nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml80nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml90nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml100nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml葡萄糖修饰纳米金分散在水中：GlucoseofmodifiedGoldNanoparticlesdispersedinwater粒径：5nm-100nm浓度：0.05，0.1mg/ml包装：25ml/50ml/更大粒径浓度价格（元/规格）5nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml10nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml20nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml30nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml40nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml50nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml60nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml70nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml80nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml90nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml100nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50mlPVP,聚苯乙烯修饰纳米金分散在水中：PVP,polystyreneofmodifiedGoldNanoparticlesdispersedinwater粒径：5nm-100nm浓度：0.05，0.1mg/ml包装：25ml/50ml/更大粒径浓度价格（元/规格）5nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml10nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml20nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml30nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml40nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml50nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml60nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml70nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml80nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml90nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml100nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml功能化的纳米金分散在水中：(氨基或羧基修饰的)GoldNanoparticlesaminefunctioninwater/GoldNanoparticlescarboxylfunctioninwater:粒径：5nm-100nm浓度：0.05，0.1mg/ml包装：25ml/50ml/更大粒径浓度价格（元/规格）5nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml10nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml20nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml30nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml40nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml50nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml60nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml70nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml80nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml90nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml100nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml[详细]
-
2018-10-09 10:01
产品样册
-
- Size-Dependent Toxicity of Silver Nanoparticles to Glyptotendipes tokunagai
- Size-Dependent Toxicity of Silver Nanoparticles to Glyptotendipes tokunagai[详细]
-
2024-09-28 02:46
选购指南
-
- Metal Oxide Nanoparticles Induce Unique Inflammatory
- Metal Oxide Nanoparticles Induce Unique Inflammatory[详细]
-
2024-09-28 00:04
课件
-
- Interfacial silica nanoparticles stabilize cocontinuous polymer blends
- Weinvestigatedtheformationofcocontinuousstructuresinpolymerblends.Thesepolymericbijels(bicontinuousinterfaciallyjammedemulsiongels)werecomposedofpolystyreneoligomer,polybuteneandfluorescenthydrophobicsilicananoparticles.Amicron-sizedcocontinuousmorphologywasstabilizedbyamonolayerofsilicananoparticlesattheinterface.Real-timeobservationofcoalescencedynamicsinco-continuouspolymerblendsstabilizedbyinterfacialparticleswasforthefirsttimeachievedvialaserscanningconfocalmicroscopy.Wedemonstratedthatsuppressionofcoalescencearisesfromcoverageofinterfacesbynanoparticles.Furthermore,bycombiningconfocalmicroscopywithrheology,wecorrelatedtherheologicalresponseofacocontinuousstructurewithitsmorphologychange.Wefoundthattherheologicalbehaviorcanbeattributedtocompetitionbetweeninterfaceshrinkageandparticlenetworkformation.Inaddition,weshowedthataparticlescaffoldismaintainedevenaftertheremixingoftwopolymerphasesabovethespinodalpoint.Finally,wealsodiscusseddifferencesbetweentheshearresponseoftheparticle-stabilizedcocontinuousstructureandnormalcolloidalgels:theformeroneismorefragilethanthelatterundershear.[详细]
-
2018-08-31 10:11
产品样册
-
- How Many Au Nanoparticles Does It Take to Circle the
- How Many Au Nanoparticles Does It Take to Circle the[详细]
-
2024-09-28 01:08
其它
-
- Imaging gold nanoparticles of different sizes in liquid using TEM
- Imaging gold nanoparticles of different sizes in liquid using TEM[详细]
-
2016-06-08 00:00
选购指南
-
- In Situ Few Layer Graphene Etching Using Iron Nanoparticles
- In Situ Few Layer Graphene Etching Using Iron Nanoparticles[详细]
-
2016-05-30 00:00
标准
-
- How Many Au Nanoparticles Does It Take to Circle the Earth?
- Goldnanoparticlesareusedinavarietyofapplications,manypharmaceutical.Theaveragesizeandthedistributionplayacrucialroleindetermininghowwelltheyworkinaparticularapplication.WhileTEMcanshowtheshapeofnanoparticles,itisnotidealforthestatisticaltaskofaveragingthesizeandproducingadistribution.DynamicLightScattering,DLS,isanidealtechniquefordoingsizedistributionmeasurements.Thisnoteshowsresults,discussesapproximationsmade,anddemonstratesdifferencebetweendifferentdistributionweightings.[详细]
-
2018-08-31 10:11
产品样册
-
- Enhancement of Oxygen Mass Transfer Using Functionalized Magnetic Nanoparticles
- Oxygen-transferenhancementhasbeenobservedinthepresenceofcolloidaldispersionsofmagnetite(Fe3O4)nanoparticlescoatedwitholeicacidandapolymerizablesurfactant.Thesefluidsimprovegas-liquidoxygenmasstransferupto6-fold(600%)atnanoparticlevolumefractionsbelow1%inanagitated,spargedreactorandshowremarkablestabilityinhigh-ionicstrengthmediaoverawidepHrange.Throughacombinationofexperimentsusingphysicalandchemicalmethodstocharacterizemasstransfer,itisshownthat(i)boththemasstransfercoefficient(kL)andthegas-liquidinterfacialarea(a)areenhancedinthepresenceofnanoparticles,thelatteraccountingforalargefractionofthetotalenhancement(80%ormore),(ii)theenhancementinkLmeasuredbyphysicalandchemicalmethodsissimilarandrangesfrom20to60%approximately,(iii)theenhancementinkLlevelsoffatananoparticlevolumefractionofapproximately1%v/v,and(iv)theenhancementinkLashowsastrongtemperaturedependence.Theseresultsarerelevanttoawiderangeofprocesseslimitedbythemasstransferofasolutebetweenagasphaseandaliquidphase,suchasfermentation,wastetreatment,andhydrogenationreactions.[详细]
-
2018-08-31 10:11
产品样册
Copyright 2004-2026 yiqi.com All Rights Reserved , 未经书面授权 , 页面内容不得以任何形式进行复制
在线留言
沪公网安备 31011502008050号
参与评论
登录后参与评论