Di M. Wu

The paper quantifies magnetofluorescence of MagLOV in mammalian cells and neurons, showing magnetic field effects across cell types.

This paper introduces a method to modulate protein function through genetically encoded oxidative chemistry by using photosensitizers to generate reactive oxygen species and control protein activity.

This paper introduces a 3D ultrasound imaging method called Takoyaki to visualize contrast agents and reporter genes in living organisms, demonstrating its use in in vitro and in vivo settings.

This paper introduces sono-uncaging, a method using ultrasound to control chemical reactivity in opaque materials, demonstrating spatial patterning with a diagnostic imaging transducer.

This paper designs a thermal bioswitch to control macrophage activation in vivo, enabling spatially localized gene expression for at least 14 days after ultrasound heating.

This paper introduces a bioorthogonal labeling method to fluorescently visualize gas vesicles in cells, enabling analysis of their size and distribution.

This study develops a mouse model to study focused ultrasound neuromodulation, showing reduced off-target effects and revealing non-auditory side effects at higher pressures.

This paper introduces a genetically encoded MRI reporter using aquaporin 1 to enhance diffusion weighted MRI contrast without metal ions or toxicity.