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Stable diffusion gradients in microfluidic conduits bounded by fluid walls

Microsystems & Nanoengineering 2024年第3期10卷 357-367页

作者： federico nebuloni Cyril Deroy Peter R.Cook Edmond J.Walsh Department of Engineering Science Osney Thermo-Fluids InstituteUniversity of OxfordOxford OX20ESUK Sir William Dunn School of Pathology University of OxfordOxford OX13REUK

Assays mimicking in vitro the concentration gradients triggering biological responses like those involved in fighting infections and blood clotting are essential for biomedical *** assays prove especially attractive as they allow precise control of gradient shape allied to a reduction in *** microfluidic devices are fabricated using solid plastics that prevent direct access to responding ***-walled microfluidics allows the manufacture of circuits on standard Petri dishes in seconds,coupled to simple operating methods;cell-culture medium sitting in a standard dish is confined to circuits by fluid walls made of an immiscible *** develop and experimentally validate an analytical model of diffusion between two or more aqueous streams flowing at different rates into a fluid-walled conduit with the cross-section of a circular *** solid walls,fluid walls morph during flows as pressures fall,with wall shape changing down the *** model is validated experimentally for Fourier numbers<0.1 using fluorescein diffusing between laminar *** enables a priori prediction of concentration gradients throughout a conduit,so allowing rapid circuit design as well as providing bioscientists with an accurate way of predicting local concentrations of bioactive molecules around responsive and nonresponsive cells.

关键词： walls diffusion attractive

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Predicting flows through microfluidic circuits with fluid walls

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Microsystems & Nanoengineering 2021年第6期7卷 119-127页

作者： Cyril Deroy Nicholas Stovall-Kurtz federico nebuloni Cristian Soitu Peter R.Cook Edmond J.Walsh Department of Engineering Science Osney Thermo-Fluids LaboratoryUniversity of OxfordOxford OX20ESUK Sir William Dunn School of Pathology University of OxfordOxford OX13REUK Cold Spring Harbor Laboratory Cold Spring HarborNYUSA

The aqueous phase in traditional microfluidics is usually confined by solid walls;flows through such systems are often predicted *** solid walls limit access,open systems are being developed in which the aqueous phase is partly bounded by fluid walls(interfaces with air or immiscible liquids).Such fluid walls morph during flow due to pressure gradients,so predicting flow fields remains *** recently developed a version of open microfluidics suitable for live-cell biology in which the aqueous phase is confined by an interface with an immiscible and bioinert fluorocarbon(FC40).Here,we find that common medium additives(fetal bovine serum,serum replacement)induce elastic no-slip boundaries at this interface and develop a semi-analytical model to predict flow *** experimentally validate the model’s accuracy for single conduits and fractal vascular trees and demonstrate how flow fields and shear stresses can be controlled to suit individual applications in cell biology.

关键词： walls flows flow

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