CORE TECHNOLOGIES
Quantitative Ultrasound Image-Guided Programmable Acoustic Energy Deposition for Precision Theranostics
TURE Laboratory develops quantitative ultrasound image-guided therapeutic technologies that integrate advanced sensing, acoustic field control, and precision intervention.
Acoustic Holography with Ring-Array Ultrasound
Acoustic holography enables programmable ultrasound fields through phase-controlled wave interference. Using ring-array transducers, TURE Laboratory develops full-angle acoustic field synthesis for image-guided theranostic applications.
qUST-Guided Acoustic Holography Workflow
Quantitative Imaging
qUST provides quantitative tissue characterization and target localization.
Target Definition
The target geometry is converted into a desired acoustic holographic pattern.
Field Optimization
Phase-controlled ring-array excitation generates the desired acoustic field distribution.
Therapeutic Application
Programmable ultrasound enables localized and personalized intervention.
Quantitative Ultrasound Tomography
TURE Laboratory develops quantitative ultrasound tomography methods for tissue characterization, treatment planning, and closed-loop image-guided therapy.
Therapeutic Ultrasound Technologies
Targeted Hyperthermia
Spatially controlled heating for precision thermal therapy.
Nanodroplet-Assisted Therapy
Ultrasound-responsive carriers for targeted drug delivery.
Nanodroplet-Assisted Histotripsy
Noninvasive mechanical tissue disruption using focused ultrasound.
Research Applications
Our core technologies are being developed toward several emerging applications in quantitative ultrasound-guided precision theranostics.