Correction: Novakovskaya et al. The Fate of Secondary Electrons in Water upon High-Energy Electron Impact: Changes in the Presence of Nanobubbles. <i>Int. J. Mol. Sci.</i> 2025, <i>26,</i> 8909. [PDF]
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Ultrasound-Induced Acoustic Cavitation Takes Centre Stage to Enhance Drug Delivery and the Activation of the Immune System. [PDF]
Mouratidis P, Rivens I, Ter Haar G.
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Effect of Organic Compounds and Alkalinity on the Stability of Bulk Nanobubbles: A Molecular Dynamics Study. [PDF]
Kaumbekova S +5 more
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Resonant Oscillations of Ion-Stabilized Nanobubbles in Water as a Possible Source of Electromagnetic Radiation in the Gigahertz Range. [PDF]
Bunkin NF +6 more
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Size matters: Micro- versus nanobubbles in ultrasound imaging and therapy. [PDF]
Sheth M +8 more
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Preliminary Study of a Ninj1-Loaded Bimodal Ultrasound/NIR Fluorescence Targeted Molecular Probe for Diagnosing Early-Stage Inflammation in Coronary Microvascular Dysfunction. [PDF]
Xu X +6 more
europepmc +1 more source
Extending classical nucleation theory to consider curvature and real-gas effects. [PDF]
Dawoodian M, El Moctar O.
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A Review on the Structure-Response-Efficacy Optimization of Ultrasound-Responsive Micro/Nanobubbles for Cancer Therapy. [PDF]
Yang Y, Cheng Y, Chen Z, Liu Y.
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Enhancing ultrasound applications through shell-less nanobubbles: A study on acoustic and optical properties. [PDF]
Hsieh ZH, Lin CJ, Yeh CK.
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Molecular Studies and Advanced Visualization of the Trapping of Methane Nanobubbles during Hydrate Growth. [PDF]
Adeyemi T, Olorode O.
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