Optical images of the “acoustic tweezers” device used in 2D cell patterning.
Credit: Tony Jun Huang, Jinjie Shi August 24, 2009
"Acoustic tweezers" enables flexible onchip manipulation and patterning of cells using standing surface acoustic waves.
Credit: Tony Jun Huang, Jinjie Shi August 24, 2009
Dynamic patterning of bovine red bloodcells ( diameter of 5.8 micrometers) through “Acoustic tweezers” technology. The wavelength of the applied standing acoustic wave was 100 micrometers, and the power intensity was 2,000 Watts per meter square.
Credit: Tony Jun Huang, Jinjie Shi August 24, 2009
Dynamic patterning of polystyrene beads (diameter of 1.9 μm) through “Acoustic tweezers” technology. The wavelength of the applied standing acoustic wave was 200 micrometers and the power intensity was 2,000 Watts per meter squared.
Credit: Tony Jun Huang, Jinjie Shi August 24, 2009