A highly stretchable and tissue-adhesive multifunctional sensor based on structurally
engineered islets embedded in ultra-soft hydrogel is reported for monitoring of bladder …

A soft, conformable, biocompatible strain sensor based on ultra-thin stretchable electronics
is reported. The sensor comprises gold thin films patterned on a 50 μm thick polyurethane …

Aims Managing bladder pressure in patients with neurogenic bladders is needed to improve
rehabilitation options, avoid upper tract damage, incontinence, and their associated co …

Sensing mechanical tissue deformation in vivo can provide detailed information on organ
functionality and tissue states. To bridge the huge mechanical mismatch between …

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 …

Although real-time monitoring of bladder volume together with intravesical pressure can
provide more information for understanding the functional changes of the urinary bladder, it …

As the applications for implantable medical devices have increased, the need for
biocompatible packaging materials has become important. Recently, we reported an …

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 …

Developing soft devices for invasive procedures bears great importance for human health.
The softness and large strain actuation of responsive hydrogels promise the potential to …

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 …