Passive acoustic mapping of magnetic microbubbles in an in vitro flow model

Passive acoustic mapping of magnetic microbubbles in an in vitro flow model

Näytä muut versiot (1)

Magnetic microbubbles can be successfully retained near a vascular target and simultaneously imaged using conventional B-mode ultrasound. When further modified to carry a drug, they could enable significant enhancements in targeted drug delivery for applications such as sonothrombolysis, where stabl...

Bibliografiset tiedot
Päätekijät:	Crake, C, De Saint Victor, M, Coviello, C, Owen, J, Coussios, C, Stride, E
Aineistotyyppi:	Journal article
Kieli:	English
Julkaistu:	2013

Samankaltaisia teoksia

Passive acoustic mapping of magnetic microbubbles in an in vitro flow model.
Tekijä: Crake, C, et al.
Julkaistu: (2013)

Enhancement and passive acoustic mapping of cavitation from fluorescently tagged magnetic resonance-visible magnetic microbubbles in vivo.
Tekijä: Crake, C, et al.
Julkaistu: (2016)

Targeting and characterisation of magnetic microbubbles for drug delivery using passive acoustic mapping
Tekijä: Crake, C
Julkaistu: (2015)

Properties, characteristics and applications of microbubbles for sonothrombolysis.
Tekijä: de Saint Victor, M, et al.
Julkaistu: (2014)

Data for Enhancement and passive acoustic mapping of cavitation from fluorescently-tagged MR-visible magnetic microbubbles in vivo
Tekijä: Crake, C
Julkaistu: (2016)

Sonothrombolysis with magnetically targeted microbubbles
Tekijä: de Saint Victor, M, et al.
Julkaistu: (2019)

Magnetic targeting to enhance microbubble delivery in an occluded microarterial bifurcation
Tekijä: de Saint Victor, M, et al.
Julkaistu: (2017)

Magnetic targeting to enhance microbubble delivery in an occluded micro arterial bifurcation
Tekijä: de Saint Victor, M, et al.
Julkaistu: (2017)

Quantitative evaluation of anti-biofilm cavitation activity seeded from microbubbles or protein cavitation nuclei by passive acoustic mapping
Tekijä: Keller, SB, et al.
Julkaistu: (2024)

Magnetic targeting of microbubbles against physiologically relevant flow conditions
Tekijä: Owen, J, et al.
Julkaistu: (2015)

Passive acoustic mapping using data-adaptive beamforming based on higher-order statistics
Tekijä: Lyka, E, et al.
Julkaistu: (2018)

Thin-film sparse boundary array design for passive acoustic mapping during ultrasound therapy.
Tekijä: Coviello, C, et al.
Julkaistu: (2012)

Spatio-temporal mapping and characterization of acoustic cavitation seeded by microbubbles and solid microparticles during focused ultrasound exposure.
Tekijä: Choi, J, et al.
Julkaistu: (2011)

Diffraction effects and compensation in passive acoustic mapping
Tekijä: Gray, M, et al.
Julkaistu: (2017)

Passive acoustic mapping using optimal beamforming for real-time monitoring of ultrasound therapy
Tekijä: Coviello, C, et al.
Julkaistu: (2013)

Broadband ultrasonic attenuation estimation and compensation with passive acoustic mapping
Tekijä: Gray, M, et al.
Julkaistu: (2018)

Dual array passive acoustic mapping for cavitation imaging with enhanced 2-D resolution
Tekijä: Gray, MD, et al.
Julkaistu: (2020)

Challenges in classifying cavitation: correlating high-speed optical imaging and passive acoustic mapping of cavitation dynamics
Tekijä: Wu, Q, et al.
Julkaistu: (2024)

Sonothrombolysis with magnetically targeted microbubbles
Tekijä: de Saint Victor, M
Julkaistu: (2019)

Robust Capon beamforming for passive cavitation mapping during high-intensity focused ultrasound therapy.
Tekijä: Coviello, C, et al.
Julkaistu: (2010)

Investigating the sensitivity of microbubble acoustic response for biosensing applications.
Tekijä: Harfield, C, et al.
Julkaistu: (2013)

Investigating the sensitivity of microbubble acoustic response for biosensing applications
Tekijä: Harfield, C, et al.
Julkaistu: (2013)

Passive acoustic mapping of extravasation following ultrasound-enhanced drug delivery
Tekijä: Paverd, C, et al.
Julkaistu: (2019)

The acoustic signature of decaying resonant phospholipid microbubbles.
Tekijä: Thomas, D, et al.
Julkaistu: (2013)

Magnetic resonance imaging of oxygen microbubbles
Tekijä: Elinor Thompson, et al.
Julkaistu: (2019-06-01)

Spatiotemporal evolution of cavitation dynamics exhibited by flowing microbubbles during ultrasound exposure.
Tekijä: Choi, J, et al.
Julkaistu: (2012)

Comparing strategies for magnetic functionalisation of microbubbles
Tekijä: Beguin, E, et al.
Julkaistu: (2018)

Video data for "Challenges in Classifying Cavitation: Correlating High-Speed Optical Imaging and Passive Acoustic Mapping of Cavitation Dynamics"
Tekijä: Wu, Q, et al.
Julkaistu: (2024)

Real-time temperature estimation and monitoring of HIFU ablation through a combined modeling and passive acoustic mapping approach.
Tekijä: Jensen, C, et al.
Julkaistu: (2013)

A versatile method for the preparation Of particle loaded microbubbles for multimodality imaging and targeted drug delivery
Tekijä: Owen, J, et al.
Julkaistu: (2017)

Increasing the nonlinear character of microbubble oscillations at low acoustic pressures.
Tekijä: Stride, E, et al.
Julkaistu: (2008)

Magnetic microbubble mediated chemo-sonodynamic therapy using a combined magnetic-acoustic device
Tekijä: Beguin, E, et al.
Julkaistu: (2019)

Theoretical characterisation of the radial and translational motion of coated microbubbles under acoustic excitation
Tekijä: Harfield, C, et al.
Julkaistu: (2013)

Investigating the effect of fabrication method on the stability and acoustic response of microbubble agents
Tekijä: Mohamedi, G, et al.
Julkaistu: (2013)

Investigating the effect of fabrication method on the stability and acoustic response of microbubble agents.
Tekijä: Mohamedi, G, et al.
Julkaistu: (2013)

Magnetic resonance imaging of oxygen microbubbles
Tekijä: Thompson, E, et al.
Julkaistu: (2019)

Spatiotemporal monitoring of high-intensity focused ultrasound therapy with passive acoustic mapping.
Tekijä: Jensen, C, et al.
Julkaistu: (2012)

Investigating magnetically targeted microbubbles for ultrasound-enhanced thrombolysis
Tekijä: de Saint Victor, M
Julkaistu: (2016)

PAX (Passive-Active Crossing) method for sub-millimeter coregistration of passive acoustic mapping and b-mode images
Tekijä: Gray, MD, et al.
Julkaistu: (2022)

Nanoparticle‐Loaded Protein–Polymer Nanodroplets for Improved Stability and Conversion Efficiency in Ultrasound Imaging and Drug Delivery
Tekijä: Lee, J, et al.
Julkaistu: (2015)