Widefield illumination and detection strategies leveraging structured light have enabled fast
and robust probing of tissue properties over large surface areas and volumes. However …

Although diffuse optical tomography (DOT) is able to obtain valuable functional information,
its routine use in clinic is hampered by its poor spatial resolution and quantitative accuracy …

Previously, we introduced photomagnetic imaging (PMI) that synergistically utilizes laser
light to slightly elevate the tissue temperature and magnetic resonance thermometry (MRT) …

Multiwavelength photo-magnetic imaging (PMI) is a novel combination of diffuse optics and
magnetic resonance imaging, to the best of our knowledge, that yields tissue chromophore …

Photo-magnetic imaging (PMI) is an emerging optical imaging modality that showed great
performance on providing absorption maps with high resolution and quantitative accuracy …

One major advantage of using gold nanoparticles is the possibility of tuning their absorption
peak by modifying their surface plasma resonance. They are proven to be a promising multi …

In photothermal therapy, heat generated from absorbed light energy is used to treat
cancerous tissue. Thus, determining laser parameters that control temperature elevation …

Photo-magnetic imaging (PMI) is a novel diffuse optical imaging technique used to recover
high resolution images of the optical absorption coefficient of bio-tissue. It uses near-infrared …

Abstract Photo Magnetic Imaging (PMI) is a novel laser-based optical imaging technique.
PMI is used to identify diseased tissue based on its endogenous tissue contrast or using …

The functional state of biological tissue alters the optical properties of its constituents;
therefore, studying the distribution of tissue chromophores is beneficial as it provides a …