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For the analysis of size, concentration, fluorescence, electrophoretic mobility and sub-populations of individual nanoparticles.
For size, concentration, zeta potential and cluster analysis of individual particles in two different fluorescence channels.
For size, concentration, zeta potential and cluster analysis of individual particles in four different fluorescence channels.
We measure your products in a measuring range of 0.8 nm to 300 μm, if possible in original concentration
Your search for tumor derived exosomes returned 0 articles and 7 publications
Meiling Gao, Fang He, Bin-Cheng Yin and Bang-Ce Ye
Analyst
2019
ApplicationsCancerConcentration MeasurementExtracellular VesiclesSize MeasurementTechnical NanoparticlesVesicles
cancer biomarkerscancer diagnosiscancer metastasiscancer prognosiscancer therapycancer treatmentCD63CD63 aptamerdendrimerexosome detectionmagnetic beadstumor biomarkerstumor derived exosomestumor development
Full TextZhen Zhang, Chuanhao Tang, Libo Zhao, Li Xu, Wei Zhou, Zaizai Dong, Yuqing Yang, Qiqi Xiec and Xiaohong Fang
Nanoscale
2019
ApplicationsCancerConcentration MeasurementExtracellular VesiclesTechnical NanoparticlesVesicles
cancer biomarkerscancer diagnosiscancer treatmentexosome identificationexosome quantificationexosomes in human plasmanon-invasive cancer diagnosisplasma derived exosomestumor derived exosomes
Full TextLambros Kordelas, Esther Schwich, Robin Dittrich, Peter A. Horn, Dietrich W. Beelen, Shan He, Ziming Li, Yongfeng Yu, Qingyu Zeng, Yirui Cheng, Wenxiang Ji, Weiliang Xia, Shun Lu
Experimental Cell Research
2019
ApplicationsCancerConcentration MeasurementExtracellular VesiclesLung CancerSize MeasurementTechnical NanoparticlesVesicles
cancer biomarkerscancer diagnosiscancer metastasiscarcinogenesisexosomal miRNAexosomeslung cancermicroRNAmiR499amiRNAmTOR pathwaytumor derived exosomes
Full TextC. Probert, T. Dottorini, A. Speakman, S. Hunt, T. Nafee, A. Fazeli, S. Wood, J. E. Brown & V. James
Oncogene
2018
ApplicationsCancerConcentration MeasurementExtracellular VesiclesProstate CancerSize MeasurementTechnical NanoparticlesVesicles
cancer preventioncancer treatmentcell-cell communicationEV cargoEVsextracellular vesiclesPCaprostate cancerprostate cancer treatmenttargeted EVstumor derived exosomes
Full TextDan Jin, Fan Yang, Yulin Zhang, Li Liu, Yujuan Zhou, Fubing Wang, and Guo-Jun Zhang
Analytical Chemistry
2018
ApplicationsCancerConcentration MeasurementExtracellular VesiclesSize MeasurementTechnical NanoparticlesVesicles
cancer diagnosisExoAppexosome-oriented aptamer nanoprobeexosomestargeted EVstumor derived exosomes
Full TextXue Li, Yi Lei, Miao Wu and Nan Li
International Journal of Molecular Sciences
2018
ApplicationsConcentration MeasurementExtracellular VesiclesSize MeasurementTechnical NanoparticlesVesicles
exosomes; macrophage; lncRNA; inflammation; polarizationHCCHCC-derived exosomeshepatocellular carcinomahepatocellular carcionma cell-derived exosomeslong non-coding RNAtargeted deliverytargeted EVstumor derived exosomestumor-immune cell interaction
Full TextChun-Jung Lin, Andrew Dang, Elizabeth Hernandez, Jer-Tsong Hsieh
Cancer Research
2017
ApplicationsCancerConcentration MeasurementInstrument ComparisonProstate CancerSize MeasurementTechnical Nanoparticles
cancer treatmentcastration-resistant prostate cancerchemoresistanceCRPCCRPC treatment resistancePCaprognostic biomarkerprostate cancerprostate cancer treatmenttargeted deliverytargeted EVstargeted exosomesTDEtherapeutic targettumor derived exosomes
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