CORDIS Project
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This project focuses on developing low-cost, microfluidic tools to study biological nanopores using optical tweezers. It aims to enhance our understanding of nanopore functions, enabling advancements in biosensors and peptide sequencing for personalized medicine.
Biological nanopores are nanometre-scale holes in membranes created by transmembrane proteins.
In nature, nanopores come from pore-forming toxins or exist as transporters in bacteria.
To date, they have been successfully used for an impressive variety of applications ranging from DNA sequencing through to the measurement of function-related motions of enzymes.
Planned developments using nanopores include their integration into biosensors for the detection of analytes from blood.
However, to reac…
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