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Spectrally encoded angular light scattering (SEALS) is a laser-based concept for Light scattering form microscopic particles. SEALS encodes the entire, continuous light scattering profile of microscopic particles to the spectrum of a single laser pulse, utilising a one-to-one wavelength-to-angle mapping.

Background
The angular light scattering profile of microscopic particles significantly depends on their morphological parameters, such as size and shape. This dependency is widely used in state-of-the-art Flow cytometry methods for particle classification.

High Throughput Implementation
When combined with Time stretch dispersive Fourier transform, SEALS facilities single-shot, high-throughput scattering measurements for real-time particle screening.