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Lyophilized mCherry (red) Fluorescent EVs from HEK293 cells (CD63-mCherry)  Origin human embryonic kidney (HEK293 cells) Quantity per vial 1x10^9 fluorescent particles. Storage of lyophilized exosomes Store up to 1 years at 4°C (Expiration date indicat..

Applications: Positive control for EV analyzers (NTA, flow Cytometers, fluorescence microscopy), cell spike-in and in vitro tracking, EV uptake monitoring, assay and instrument calibration.

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FLUO-EVs are stably-fluorescent Extracellular vesicles expressing the fluorescent protein mCherry (red) as fusion protein with tetraspanins CD9, CD81 and CD63. FLUO-EVs are purified in combination of Tangential Flow Filtration (TFF) and Size Exclusion Chromatography (SEC) from genetically engineered cells in order to express the fluorescent proteins as fusion protein with the tetraspanin CD9, CD63 or CD81. FLUO-EVs demonstrated high stability of the fluorophores, they can be used for vitro tracking studies or as reference material for analyzers of nanoparticles or for assay calibration.

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Lyophilized mCherry (red) Fluorescent EVs from HEK293 cells (CD9-mCherry)  Origin human embryonic kidney (HEK293 cells) Quantity per vial 1x10^9 fluorescent particles. Storage of lyophilized exosomes Store up to 1 years at 4°C (Expiration date indicate..

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Lyophilized mCherry (red) Fluorescent EVs from HEK293 cells (CD81-mCherry)  Origin human embryonic kidney (HEK293 cells) Quantity per vial 1x10^9 fluorescent particles. Storage of lyophilized exosomes Store up to 1 years at 4°C (Expiration date indicat..