There has been recent interest in placing pressure-sensing elements beneath the bladder
mucosa to facilitate chronic bladder pressure monitoring. Wired submucosal sensors with …

Pressure is an essential parameter for the normal function of almost all organs in the human
body. Measurement of pressure is therefore highly important in clinical practice and medical …

Objectives To test the hypothesis that an implantable sensing system containing
accelerometers can detect small‐scale autonomous movements, also termed micromotions …

The bladder is exposed to constant internal and external mechanical forces due to its
deformation and the dynamic environment in which it is placed, which can hamper its repair …

A fully implantable wireless pressure sensor system was developed to monitor bladder
pressures in vivo. The system comprises a small commercial pressure die connected via …

A multi-sensor flexible strip is developed for a urethral catheter to measure distributed
pressure in a human urethra. The developed sensor strip has important clinical applications …

In this paper we present a compliant neural interface designed to record bladder afferent
activity. We developed the implant's microfabrication process using multiple layers of …

Sacral neuromodulation has had a tremendous impact on the treatment of urinary
incontinence and lower urinary tract symptoms for patients with neurologic conditions. This …

In the frame of the Flemish Community funded project Bioflex we developed and fabricated
an implant for short term (< 7 days) bladder pressure monitoring, and diagnosis of …

Conditional neuromodulation is a form of closed-loop bladder control where
neurostimulation is applied in reaction to bladder pressure changes. Current methods based …