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Professor Walti collaborates with a team of postgraduate researchers utilizing atomic force microscopy to study cell separation. Molecular self-assembly presents a promising approach for organizing nanoscale components, leveraging the unique lock-and-key interactions found in biological molecules. Our research explores various methods to integrate biological functions into nanoscale electronic systems. These innovative techniques have potential applications in molecular sensing, data storage, switching mechanisms, and controlled 3D assembly. Our specialized bio-nanoelectronics lab is equipped with molecular biology tools—including PCR cyclers, centrifuges, gel electrophoresis setups, and microreflux systems—specifically designed for DNA and protein research.