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 miR-486 returned 0 articles and 3 publications
Juan Jin, Yifen Shi, Jianguang Gong, Li Zhao, Yiwen Li, Qiang He and He Huang
Stem Cell Research & Therapy
ApplicationsConcentration MeasurementExtracellular VesiclesSize MeasurementTechnical NanoparticlesVesicles
Adipose-derived Stem CellsAutophagyAutophagy-associated Exosome Releasecell autophagydipose-derived stem cellsexosomesmiR-486podocyte damageSmad1/mTOR signaling
Hua Fang, Yutao Liu, Yaohong He, Yang Jiang, Yaping Wei, Han Liu, Yueqing Gong, Guangyu An
International Journal of Oncology
ApplicationsBiomarkersCancerConcentration MeasurementExtracellular VesiclesLung AdenocarcinomaSize MeasurementTechnical NanoparticlesVesicles
EVsextracellular vesiclesLA biomarkerslung adenocarcinomalung adenocarcinoma biomarkerslung cancerlung cancer biomarkersmiR-382miR-486miR-505miRNAoncogenetargeted deliverytargeted EVs
Jose L. Viñas, Matthew Spence, Alex Gutsol, William Knoll, Dylan Burger, Joseph Zimpelmann, David S. Allan2 & Kevin D. Burns
ECFC-derived exosomesendothelial colony forming cell-derived exosomesischaemia-reperfusion injuryischemic kidneyischemic kidney injurymicroRNAmiR-486miRNAtargeted EVs
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