Tissue mimicking phantoms (TMPs) replicating the dielectric properties of wet skin, fat,
blood, and muscle tissues for the 0.3 to 20 GHz frequency range are presented in this paper …

In this paper, the design and the analysis of miniaturized implantable conformal patch
antennas are proposed for biomedical applications. A polyimide substrate material is …

The design of a new miniature broadband implantable antenna and a dual-band on-body
antenna are presented along with the transmission performance between the two. The …

Different implantable antenna designs exist to establish communication with implantable
devices depending on the domain of use and the implantation space. Owing to their nature …

A dual-mode antenna with cooperative matching (co-matching) was designed for
implantable neurostimulators functioning within the Medical Implant Communications …

In this communication, we present an effective solution for reconfigurable matching circuits
for tuning medical implant communications service (MICS) band implantable antennas in …

This letter introduces a new implantable antenna operating at the Industrial, Scientific, and
Medical (ISM) 2.4-2.4835 GHz band for use in muscle and fat. The antenna design consists …

In this work, a novel miniaturized multi-resonant conformal antenna system has been
proposed for wireless electronic capsule applications. It consists of a swallowable in-body …

Despite the advancements in the field of glucose monitoring sensors, the development of
noninvasive, wearable, continuous and comfortable systems is still a real challenge. New …

The aim of the present study was to synthesize mixture solutions which can accurately mimic
the dielectric properties of biological tissues, specifically muscle and adipose tissues …