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There is a huge abundance of viruses and membrane vesicles in seawater. Wedescribe a new full-field, incoherently illuminated, shot-noise limited,common-path interferometric detection method that we couple with the analysisof Brownian motion to detect, quantify, and differentiate biotic nanoparticles.We validated the method with calibrated nanoparticles and homogeneous DNA orRNA.viruses. The smallest virus size that we characterized with a suitablesignal-to-noise ratio was around 30 nm in diameter. Analysis of Brownianmotions revealed anisotropic trajectories for myoviruses.We further applied themethod for vesicles detection and for analysis of coastal and oligotrophicsamples from Tara Oceans circumnavigation.

Counting and differentiating aquatic biotic nanoparticles by full-field interferometry: from laboratory tests to Tara Oceans sample analysis