Fluorescent EV
Explore fluorescent extracellular vesicles developed for research into EV behaviour, detection and cellular interactions. These research materials provide a fluorescent signal that may support experimental investigation of vesicle localisation and movement.
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Range overview
Fluorescent extracellular vesicles are useful tools for studying the behaviour of EVs within laboratory systems. Fluorescent signals can support research into vesicle tracking, localisation and cellular uptake, subject to the performance and validation of the specific preparation and detection method.
The LSG Fluorescent EV range is intended for researchers seeking labelled or fluorescently engineered EV materials. Some EV preparations may use fluorescent proteins associated with EV markers, whereas others may use alternative labelling approaches. The fluorescent marker, excitation and emission wavelengths, particle characteristics and experimental suitability must be checked against the individual product datasheet.
Range highlights
- Fluorescent EV materials for tracking and imaging research
- Potential use in localisation and uptake studies where validated
- Different fluorescent formats and marker configurations, subject to availability
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Frequently asked questions
How are fluorescent EVs detected?
Detection depends on the fluorescent marker, instrument settings and experimental preparation. Check excitation/emission characteristics and method compatibility.
Are fluorescent EVs the same as EV labelling dyes?
No. Fluorescent EV preparations are vesicle-containing materials, whereas labelling dyes are separate reagents used to label EVs.
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