Phospholipid encapsulation enables enhanced ultrasound contrast and localized delivery of therapeutic gases following hypoxic-ischemic injury.
Leveraging open-source AI platforms, this technology enables automated image-based detection, prediction, and control of microfluidic single bubble/droplet formation.
A single metasurface to obtain enhanced images for various magnetic resonance nuclei and field.
A ferroelectric transistor memory device combines AlScN dielectric with a 2D semiconductor channel such as MoS2 for non-volatile memory compatible with CMOS back-end of line (BEOL) fabrication.
3D printing filaments for 3D printing phantoms with controlled iodine concentrations for precise, adjustable spectral CT imaging research and calibration.
A computational method for calculating the dose, Linear Energy Transfer and Relative Biological Effectiveness of proton treatment planning and optimization.
A method of proton beam therapy using a single energy proton beam delivered at multiple angles to the tumor.
A single-frame, multi-exposure time optical method enabling accurate extraction of absolute speckle decorrelation time and optimized for recovery of absolute deep-tissue blood flow.
A rapid, radiation-free magnetic resonance imaging (MRI) method that simultaneously captures bone-selective (pseudo-CT) bone images and high-resolution T1- and T2-weighted soft-tissue images in a single, self-registered 3D scan.
A reconstruction algorithm based on a generative diffusion model for multi-coil, highly undersampled non-Cartesian MRI allowing drastic reduction of scan time