Development of nanoscale acoustic tweezers
This project explores ultrasound mechano-biology and mechano-genomics by developing nanoscale acsoutic tweezers (ATZs) for non-invasive intracellular manipulation.
A PhD position funded by the Swiss Nanoscience Institute, Uni. Basel in collaboration with Prof. Rodelick Lim, Biozentrum, Uni. Basel, is available.
Development of Ultrasonic Acoustic Levitation Diffractometer
Ultrasonic acoustic levitation diffractometer (ALD) is a novel tool for protein crystallography experiments combining the acoustic levitation, fast-frame-rate X-ray image detector, and high-brightness X-ray source. We aim at realizing a high-speed, high-sample-efficiency, high-throughput crystallography tool at room temperature.
A post doc position on the development of automated crystallography pipeline for membrane protein samples is available.
See also Ultrasonic acoustic levitation for fast frame rate X-ray protein crystallography at room temperature and highlight.