A CEST MRI method detects lactate in vivo by comparing lactate maps before and after administering a metabolic precursor contrast agent.
A CEST MRI method measures tumor glutaminase expression by comparing glutamate maps before and after glutamine or glutaminase blocker injection.
An all-aqueous microcapsule platform forms complexation films around cargo for biocompatible encapsulation without an oil phase.
The technology uses non-nutritive sweeteners or polyols as imaging agents for MRI and PET detection of tissue accumulation.
The technology identifies brain white matter tracts from diffusion MRI data using atlas-based adaptive clustering without manual region-of-interest drawing.
The technology provides tractography methods, devices, and software that reconstruct brain fiber pathways despite edema using multishell diffusion imaging and multi-compartment modeling.
The technology provides retrospective cardiac MRI reconstruction methods that use self-gating and non-cartesian sampling to image multiple beat morphologies in severe arrhythmia.
A computer-based training system improves physics-informed neural networks (PINNs) training by weighted residual loss terms to account for physical causality.
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.