Trabecular bone holds the utmost importance due to its significance regarding early bone
loss. Diseases like osteoporosis greatly affect the structure of the Trabecular bone which …

Understanding the bioelectrical properties of bone tissue is key to developing new treatment
strategies for bone diseases and injuries, as well as improving the design and fabrication of …

Bones are continuously remodeled (resorbed and regenerated) to allow fracture healing
and skeleton adaptation to stress. When excessive resorption occurs, bone microstructure is …

Electromagnetic-based hyperthermic therapies induce a controlled increase of temperature
in a specific tissue target in order to increase the tissue perfusion or metabolism, or even to …

Microwave tomography (MWT) can be used as an alternative modality for monitoring human
bone health. Studies have found a significant dielectric contrast between healthy and …

In this paper, a noninvasive bone fracture monitoring system is developed using a planar
monopole antenna. The proposed antenna provides an ultra‐wideband response, and its …

The dielectric properties of bones are found to be influenced by the demineralisation of
bones. Therefore, microwave imaging (MWI) can be used to monitor in vivo dielectric …

In this paper, a novel approach to monitoring the healing process of bone fractures using a
compact textile monopole antenna integrated into a wearable device. A planar wearable …

Recent studies have found a significant dielectric contrast between healthy and osteoporotic
human trabecular bones. This dielectric contrast can be exploited by microwave imaging for …

This study analyses the dispersion behavior of microwave signals passing through
biological tissues by considering various electromagnetic relaxation phenomena. The …