Acoustically excited microstructures have demonstrated significant potential for small-scale
biomedical applications by overcoming major microfluidic limitations. Recently, the …

As an essential component of noncontact manipulation, acoustic manipulation has achieved
great success in multidisciplinary research and applications. Although acoustic tweezers …

Zebrafish embryo injection is often required in biomedical research using zebrafish. In the
injecting operation, trap** and rotating the zebrafish embryo to achieve a proper posture …

Noncontact trap** of micro objects has great application potential in fields like material
science and biomedical engineering due to its label-freeness and biocompatibility. In this …

This paper presents trap**, manipulation, and imaging of late-stage zebrafish embryo
under Light Sheet Microscope™ with an underwater acoustic tweezers, in a completely …

Noncontact particle manipulation (NPM) shows great application potential than its
conventional counterpart particularly in terms of non-invasiveness, and thus has significantly …

This paper describes a novel acoustic transducer with dual functionality based on 1-mm-
thick lead zirconate titanate (PZT) substrate with a modified air-cavity Fresnel acoustic lens …

This paper describes acoustic tweezers capable of trap** large and heavy objects with
523.8 kHz sound waves. The tweezers are fabricated on a 4-mm-thick Lead Zirconate …

This paper describes a subminiature underwater ultrasonic propeller with electrically
controllability over its propulsion direction. Built on a 200-micron thick nickel-coated lead …

This paper presents trap**, micromanipulation, and fluorescent imaging of a single late-
stage zebrafish embryo under Light Sheet Microscope™ with underwater acoustic tweezers …