Two new scientific publications to strengthen AcouSome’s impact

25 February 2026

Two new scientific publications have been added to the results achieved by AcouSome consortium, further strengthening the project’s contribution to the advancement of acoustofluidic technologies and their biomedical applications.

The first paper, “Boundary-layer modeling of polymer-based acoustofluidic devices” published in Physical Review Applied (Vol. 24, 044095, 30 October 2025), presents a detailed modeling approach for polymer-based acoustofluidic systems, providing new insights that support the design of more efficient and reliable devices.

The second publication, “Acoustochromatography based on low-cost polymer columns enables rapid extracellular vesicle proteome analysis from 1 μL blood plasma”, released on ChemRxiv on 27 January 2026, demonstrates a novel low-cost polymer-based acoustochromatography method enabling rapid proteomic analysis from very small blood plasma samples, with promising implications for diagnostics and biomedical research.

These results highlight the strong scientific output of the project and confirm its role in advancing innovative, cost-effective, and high-impact solutions at the intersection of acoustofluidics, materials science, and life sciences.