Programmable spin and transport of a living shrimp egg through photoacoustic pressure

In the fields of biomedicine and microfluidics, the non-contact capture, manipulation, and spin of micro-particles hold great importance. In this study, we propose a programmable non-contact manipulation technique that utilizes photoacoustic effect to spin and transport living shrimp eggs. By direct...

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Veröffentlicht in:Optics letters 2024-05, Vol.49 (9), p.2341-2344
Hauptverfasser: Zhao, Xichuan, Zhang, Ruoqin, Li, Jinzhi, Zhou, Di, Li, Feng, Guo, Honglian
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container_end_page 2344
container_issue 9
container_start_page 2341
container_title Optics letters
container_volume 49
creator Zhao, Xichuan
Zhang, Ruoqin
Li, Jinzhi
Zhou, Di
Li, Feng
Guo, Honglian
description In the fields of biomedicine and microfluidics, the non-contact capture, manipulation, and spin of micro-particles hold great importance. In this study, we propose a programmable non-contact manipulation technique that utilizes photoacoustic effect to spin and transport living shrimp eggs. By directing a modulated pulsed laser toward a liquid-covered stainless-steel membrane, we can excite patterned Lamb waves within the membrane. These Lamb waves occur at the interface between the membrane and the liquid, enabling the manipulation of nearby particles. Experimental results demonstrate the successful capture, spin, and transport of shrimp eggs in diameter of 220 µm over a distance of about 5 mm. Calculations indicate that the acoustic radiation force and torque generated by our photoacoustic manipulation system are more than 299.5 nN and 41.0 nN·mm, respectively. The system surpasses traditional optical tweezers in terms of force and traditional acoustic tweezers in terms of flexibility. Consequently, this non-contact manipulation system significantly expands the possibilities for applications in various fields, including embryo screening, cell manipulation, and microfluidics.
doi_str_mv 10.1364/OL.518231
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source MEDLINE; Optica Publishing Group Journals
subjects Animals
Contact pressure
Eggs
Lamb waves
Membranes
Microfluidics
Optical Tweezers
Ovum
Particle spin
Penaeidae
Photoacoustic effect
Photoacoustic Techniques - methods
Pressure
Pulsed lasers
Shrimps
Sound waves
Stainless steels
title Programmable spin and transport of a living shrimp egg through photoacoustic pressure
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