An accurate bladder volume monitoring system is a critical component in diagnosis and
treatment of urological disorders. Here, we report an implantable bladder volume sensor …

Chronic monitoring of bladder activity and urine volume is essential for patients suffering
from urinary dysfunctions. However, due to the anatomy and dynamics of the bladder …

Many aging people and patients have difficulties in bladder control. Recent methods have
been studied for non-invasive measuring for bladder information. It must be improved to a …

The loss of urinary bladder control/sensation, also known as urinary incontinence (UI), is a
common clinical problem in autistic children, diabetics, and the elderly. UI not only causes …

A wireless sensor system has been prototyped to monitor bladder volume in a small animal.
The capacitance-based sensor was laser-micromachined from a polyimide film to form an …

An in vivo sensor system for direct measurement of pressure in the human urinary bladder is
developed. The core component in the system is a small-sized and highly sensitive …

This paper describes a new technique to measure urine volume in patients with urinary
bladder dysfunction. Polypyrrole–an electronically conducting polymer-is chemically …

Recent advances in microelectronics and wireless transmission technology have led to the
development of various implantable sensors for real-time monitoring of bladder conditions …

Here we present an embedded system for wireless measurement of urinary bladder
pressure. It can be implanted inside the bladder and transmitted data can be recorded using …

Restoring bladder sensation in patients with bladder dysfunctions by performing urinary
volume monitoring is an ambitious goal. The bioimpedance technique has shown promising …