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    Turbulent pair dispersion is relevant for mixing processes such as microplastics transport in the ocean or dynamics of water droplets in clouds. The authors present a geometrical framework and empirical evidence that elucidate the universality of the process across scales, while forming a bridge with the classical Richardson theory.

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    • New study by @ronshnapp et al. presents a framework for understanding #turbulent #dispersion, to improve environmental particle transport #modeling #GettingApplied https://t.co/9MofvBt6i6

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    MDSCs sneak CSCs out of (immuno)surveillanceCancer stem cells (CSCs) are known for their superior tumor-initiating and tumor-repopulating potential, partly reflecting their pronounced ability to evade immune recognition. Liu and colleagues recently identified a new aldehyde dehydrogenase (ALDH)-dependent mechanism whereby triple-negative breast CSCs evade immunosurveillance upon recruitment of…

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    • January @TrendsImmuno issue! #testicular #macrophages, #modeling, #organ #transplantation, #celldeath & #autoimmunity, #inflammation, #metabolites & #secretory #Ig, #cholesterol & #immunity & #cancer, and more! https://t.co/0R65g53kql https://t.co/utB1vq4eZc