Measuring and reporting the dielectric properties of tissues remains a key area for
microwave imaging and sensing, providing solid foundation for biomedical research in the …

Several reports over the last few decades have shown that the dielectric properties of
healthy and malignant tissues of the same body organ usually show different values …

The microwave imaging research community includes a body of investigators with
remarkable intellect, but the group represents a swirling mass of ideas that can be difficult to …

Microwave has been applied to diagnostic and therapeutic medicine for many years. The
dielectric properties of different tissues such as breast, muscles, brain, and esophagus has …

Figure 1| Extracellular morphologies. a| Comparison of extracellular morphologies from a
suction electrode and conventional serosal contact electrode employed simultaneously in …

Purpose Knowledge of dielectric properties of malignant human tissues is necessary for the
recently developed magnetic resonance (MR) technique called MR electrical property …

A key advantage of using coaxial probe for microwave characterization of biological media
is the non-invasive nature of the technique. The complex permittivities of normal tissues from …

This work presents large-scale measurements of in vivo rat breast tissue dielectric properties
(DPs) from 0.5 to 6 GHz and classifies the collected data using supervised machine learning …

This paper determines the possibility of generating a correlation or correction factor for the
dielectric properties between in vivo and ex vivo tumor tissue measurements. The …