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microfluidic fibres containing cells. These "living sensors" will react to external stimuli such as drugs, electric signals, mechanical forces, and temperature changes. The project has potential applications in
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dynamics and statistical physics. The BBGK equation is the governing equation for hypersonic, rarefied flow problems in aerospace and microfluidics, where the continuum and equilibrium assumptions of Navier
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. The project will involve establishing a microfluidic system to perfuse syncytiotrophoblasts (differentiated from a trophoblast cell line) under different haemodynamic conditions to mimic maternal blood flow in
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a broad range of applications. The project has the following objectives: i) to further develop the LoB setup that incorporates microfluidics with miniaturized characterization techniques; ii
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well as membrane embedded and encapsulated proteins. To do so, the student will develop methodologies for lipid vesicle formation, including bulk techniques such as water-in-oil emulsions, and microfluidic systems
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similarities between biofilms, pellicles, and clusters are still poorly understood, and new methods are needed to better map the full scope of biofilm physiology. In this project, we will use microfluidics and