BioEM 2025

Session

Oral Session 11

OS11

26 Jun 2025, 11:00

La Nef (Couvent des Jacobins)

Conveners

Oral Session 11: Electromagnetic Techniques in advanced biomedical applications

• Cindy Karina
• Lena Kranold

334. Numerical study on the enteric neuronal sensing in Wireless Capsule Endoscopy applications

Sara Fontana

26/06/2025, 11:00

In clinical applications endoscopy techniques are widely used to observe the gastro-intestinal (GI) tract organs. Despite the gastroscopy is one of the most used diagnostic tool to examinate numerous GI pathologies, it’s still an invasive and no patient friendly procedure, requiring full anesthesia and painkillers administration after the examination. In the last decades, the possibility to...

335. Computational Analysis of Electric Field Distribution Generated by Magnetoelectric Nanoparticles in Brain Tissue

Marta Bonato

26/06/2025, 11:15

A first computational investigation of electric field distributions generated by magnetoelectric nanoparticles (MENPs) is presented in this work in the context of neural tissue modulation. Our study employed a dual-modeling approach to analyze both individual particle behavior and collective effects at tissue level in 2D plane and 3D volume of nerve tissues. Results demonstrate that MENPs at...

336. Modeling Implantable Bioresorbable Radio Frequency Circuits for Electronic Medicine

Raudel Avila

26/06/2025, 11:30

Traditionally, integrated electronic systems are designed for stable, long-lasting operations spanning decades; however, durable, permanent form factors are not always desirable for transient electronic medicine applications. Bioresorbable electronics systems represent a fundamentally different type of emerging technology designed to have specific lifetimes. During use or upon the application...

337. Analysis of User Exposure by 2.45-GHz Wireless Smart Insoles

Lorette Quéguiner

26/06/2025, 11:45

Smart insoles with integrated 2.45 GHz wireless communication are emerging as a promising technology for gait analysis, injury prevention, and health monitoring. However, the state-of-the-art antennas currently used in the market of smart insoles are usually conventional, and not fine-tuned for this specific application. This is further aggravated by the non-deterministic nature of the wave...

338. Analytical Modeling of Implantable Antennas: From Spherical Body Model to Planar Body Model

Mingxiang Gao

26/06/2025, 12:00

Wireless implantable bioelectronics in healthcare and biomedical research rely on radiofrequency technology for wireless body area networks. However, biological tissues surrounding implants induce substantial losses to radiofrequency links. To address this challenge, analytical modeling of implantable antennas based on simplified body models is an effective approach to investigate loss...

339. Deep Learning Approaches for Multi-Parameter Prediction in Cardiac Pulse-Field Ablation.

Nicolò Colistra

26/06/2025, 12:15

In this paper, a novel application of deep learning is proposed, to predict and optimize key parameters in cardiac Pulsed-Field Ablation (PFA) treatments. Building on our extensive experience and on a large set of experimental data, we leveraged artificial neuronal networks to accurately predict the ablated area, optimize electrode configurations, and tune various heterogeneous parameters,...