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Microbubbles have been widely studied as ultrasound contrast agents for diagnosis and as drug/gene carriers for therapy. However, their size and stability (lifetime of 5–12min) limited their applications. The development of stable nanoscale ultrasound contrast agents would therefore benefit both. Generating bubbles persistently in situ would be one of the promising solutions to the problem of short...
The size and stability of microbubbles limited their widely applications both for diagnosis and as drug/gene carriers for therapy. Nanoscale stable ultrasound contrast agents would therefore be worth developing. Generating bubbles in situ from nanoscale precursors is a promising solutions to the problem of short lifetime by providing stable air nuclei. The interfacial nanobubbles show a surprising...
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