Background Tissue dielectric properties are specific to physiological changes and
consequently have been pursued as imaging biomarkers of cancer and other pathological …

Purpose Colorectal cancer is highly preventable by detecting and removing polyps, which
are the precursors. Currently, the most accurate test is colonoscopy, but still misses 22% of …

Several dielectric spectroscopy studies of breast tissue reported in the literature over the
past 50 years suggest that the dielectric-properties contrast between malignant and normal …

Simple Summary Breast cancer, a prevalent global concern, continuously motivates the
research and development of new technologies for its quick detection and diagnosis …

The quest for possible uses of microwave imaging for medical purposes follows a sequence
that involves first identifying potential biomedical applications. The goal of this first task is to …

[EN] Nowadays, a careful knowledge of the electromagnetic properties of biological tissues
is required for developing a great number of applications. The development of wireless …

Introduction. Microwave imaging can obtain 360° anatomical and functional images of the
colon representing the existing contrast in dielectric properties between different tissues …

The study was designed to identify differences in the dielectric properties of ex vivo
colorectal cancerous tissues at different tumor stages. To date, 130 freshly excised …

Dielectric properties of biological materials are commonly characterized with open-ended
coaxial probes due to the broadband and non-destructive measurement capabilities …

Knowledge of the microwave dielectric properties of human tissues is essential for the
understanding and development of medical microwave techniques. In particular, microwave …