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Pulse laser activated photoporation for high efficient intracellular delivery using nano-corrugated mushroom shape gold nanoparticles
Published in Chemical and Biological Microsystems Society
2016
Pages: 1097 - 1098
Abstract
We report, a nanosecond pulse laser activated photoporation for high efficient intracellular delivery using nanocorrugated mushroom shape gold nanoparticles (nm-AuNPs). When pulse laser ex-pouse on cell membrane with nm-AuNPs, plasmonic nanobubbles (PNB) can generate and produce very strong fluid flow resulting to create transient membrane pores to deliver cargos into cells. Our photoporation technique can achieve 88% intracellular PI dye uptake of CL1-0 cells and close to 98% cell viability at 480 nm wavelength. Successful plasmid delivery was performed with 82% transfec-tion efficiency and 98% cell viability at 897 nm (nm-AuNPs have absorption at 480 nm and 897 nm) wavelength.
About the journal
Journal20th International Conference on Miniaturized Systems for Chemistry and Life Sciences, MicroTAS 2016
PublisherChemical and Biological Microsystems Society
Open AccessNo
Concepts (15)
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    Cells
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    Fiber optic sensors
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    Flow of fluids
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    Gold
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    Metal nanoparticles
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    Nanoparticles
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    Gold nanoparticles
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    HIGH EFFICIENT
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    INTRACELLULAR DELIVERY
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    MUSHROOM SHAPE
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    NANOSECOND PULSE LASERS
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    PHOTOPORATION
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    PULSE LASER
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    TRANSIENT MEMBRANE
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    Cytology