Focused ultrasound, acoustic simulation and experimental biophysics connect physical stimulation with biological responses. Research develops methods for blood–brain barrier modulation, targeted delivery and neuromodulation. Imaging, cavitation monitoring and histological measurements support the modelling and control of ultrasound exposure, alongside work on magnetic nanomaterials and wireless neural interfaces.
FISMED / LABORATORIES
Ultrasound and Neurotechnology
Focused ultrasound, acoustic simulation and experimental biophysics connect physical stimulation with biological responses. Research develops methods for blood–brain barrier modulation, targeted delivery and neuromodulation. Imaging, cavitation monitoring and histological measurements support the modelling and control of ultrasound exposure, alongside work on magnetic nanomaterials and wireless neural interfaces.
01 / LABORATORY
Ultrasound and Neurotechnology
Focused ultrasound, acoustic simulation and experimental biophysics connect physical stimulation with biological responses. Research develops methods for blood–brain barrier modulation, targeted delivery and neuromodulation. Imaging, cavitation monitoring and histological measurements support the modelling and control of ultrasound exposure, alongside work on magnetic nanomaterials and wireless neural interfaces.
- Focused ultrasound and acoustic modelling
- Cavitation monitoring and predictive control
- Barrier transport and targeted delivery
- Neuromodulation and wireless interfaces
Explore related research
Connections indicate shared research topics, not authorship or project participation.
Magnetic nanomaterials · Focused ultrasound
Related profiles
Related projects
- UltraRadio · Boosting the efficacy of radiotherapy in Glioblastoma through ultrasound-aided delivery of theranostic nanoparticles across the blood–brain barrier
- FUSRadio · Enhancing radiotherapy in Glioblastoma through focused ultrasound
- BRAINSTORM · Wireless deep BRAIN STimulation thrOugh engineeRed Multifunctinal nanomaterials
- myREPAIR · A new method to induce myelin repair in multiple sclerosis
- AEGEUS · AEGEUS - A Novel EEG Ultrasound Device for Functional Brain Imaging and Neurostimulation
- myFUS · Novel ultrasound neuromodulation technologies for inducing myelin repair in multiple sclerosis
- CROSSBRAIN · Distributed and federated cross-modality actuation through advanced nanomaterials and neuromorphic learning
- BRAINFEDERATION · Orchestrated cell-selective neuromodulation through advanced nanomaterials, nanoelectronics and neuromorphic learning
- Focused ultrasound for pNGF delivery