CORDIS Project
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This project focuses on developing innovative tools to study how organic compounds permeate lipid membranes and protein channels. By utilizing microfluidics and holographic optical tweezers, it aims to enhance our understanding of passive transport mechanisms in biological systems.
Passive transport through lipid membranes is ubiquitous and fundamental in living systems.
The aim of this proposal is to create novel biotechnological tools to study permeation of organic compounds through lipid membranes and protein pores.
In particular, I will focus on strategies employed by living organisms to optimize and regulate permeation directly through their membranes.
The fundamental principles are probed by creating macroscopic model systems for biological channels and membranes.
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