Sweat is an important biofluid presents in the body since it regulates the internal body
temperature, and it is relatively easy to access on the skin unlike other biofluids and contains …

The development of a non-invasive sensing technology that allows collection of interstitial
fluid (ISF) lactate and its subsequent analysis without exertion requirement, could enable …

The application of biodegradable hydrogels in medical field has drawn great attention
because their networked structure provided ideal spaces for drug loading and cell growth. In …

Monitoring bubble cavitations and bubble dynamics are essential in enhancing non-invasive
ultrasonic ablation methods like histotripsy that mechanically fractionates tissue into …

Phase-shift droplets are a highly adaptable platform for biomedical applications of
ultrasound. The spatiotemporal response of phase-shift droplets to focused ultrasound …

Acoustic droplet vaporization (ADV) offers a dynamic approach for generating bubbles on
demand, presenting new possibilities in biomedical applications. Although ADV has been …

Background Inertial microcavitation is a well-known phenomenon that generates large
stresses and deformations at extremely high loading rates in various soft materials, ranging …

The transient dynamic behavior of soft gels under a sudden impact is often associated with
the cavitation of bubbles. This phenomenon has gained rising attention, essentially due to …

Inertial Microcavitation Rheometry (IMR) is a promising tool for characterizing the
mechanical behavior of soft materials at high strain rates. In IMR, an isolated, spherical …

Background Hydrogels are one of the most ubiquitous polymeric materials. Among them
gelatin, agarose and polyacrylamide-based formulations have been effectively utilized in a …