Videodrop

Reveal the invisible Characterize and count the living on a nanometer scale in a single drop and in real time Based on the works of the Langevin Institute, a French academic laboratory specialized in optical and ultrasonic technologies for life sciences, the technology Videodrop relies on a single-arm interferometric technique. It makes it possible to visualize without labeling living nanoparticles such as viruses, phages, or extracellular vesicles. The process was developed by Professor Claude Boccara at the request of the Professor Martine Boccara, specialist in virology, who was looking for a quick method to list viruses present in seawater samples collected during the Tara Oceans expedition in 2013. Applications of the Videodrop Viruses Continuously monitor your viral vector solutions for gene and cell therapy. Lentiviruses, adenoviruses and many more. Phages Analyze complex mixtures of phages for applications in ecology and phagotherapy. T4, lambda and many more. Extracellular vesicles Distinguish the different types of EVs to vectorize, diagnose or treat, over a size range of 50 nm to 1 µm. Nanoparticles Record in real time every nano object in a drop. Nanoplastics, clays, fluorescent or luminescent nanoparticles. An ultra fast measurement thanks to 4 decisive advantages Videodrop films in real time all the particle between 10 nm and 10µm in a drop. The compact device, assisted by a dedicated software, allows the manipulation to be very easy to perform. No labelling is necessary on the analysed sample. It is possible to work on un-purified solutions and on little volumes (5µL) with a concentration range of 10^8 to 1011 particles/ml. Results in real time Easy to use No labelling No purification

For more information on Videodrop talk to Meritics Ltd