Controlling the where and when of a chemical reaction, rather than just the if, can be an
essential component in the successful development of applications. There are a large …

Therapeutic ultrasound has been used to thermally ablate solid tumors since the 90s, and a
variety of cancers are presently being treated clinically, taking advantage of ultrasound-or …

We present a comprehensive study of the step-emulsification process for high-throughput
production of colloidal monodisperse droplets. The 'microfluidic step emulsifier'combines a …

Despite recent technological advancements and promising preclinical experiments, brain
tumor patients are still met with limited treatment options. Some of the barriers to clinical …

We explored a bioorthogonal approach to release drugs from stimuli‐responsive micelles
inside tumor cells. The concept relies on sydnonimine‐based micelles that undergo …

Abstract Photoactivated trimerization of 2, 3, 3‐trimethyl‐3H‐indole derivatives created near
infrared fluorophore Cy5. The synthetic method is air‐tolerant, photosensitizer free, metal …

In many biomedical contexts ranging from chemotherapy to tissue engineering, it is
beneficial to sequentially present bioactive payloads. Explicit control over the timing and …

Hydrogels are commonly used in regenerative medicine for the delivery of growth factors
(GFs). The spatial and temporal presentations of GFs are critical for directing regenerative …

Development of spatially organized structures and understanding their role in controlling
kinetics of multistep chemical reactions are essential for the successful design of efficient …

Stimuli‐responsive drug‐delivery systems constitute an appealing approach to direct and
restrict drug release spatiotemporally at the specific site of interest. However, it is difficult for …