Electrocatalysts are essential for the increased use of promising electrochemical energy
conversion/storage technologies, where the oxygen reduction/evolution reaction …

Biomaterial-associated infections are a major cause of biomaterial implant failure. To
prevent the initial attachment of bacteria to the implant surface, researchers have …

Insufficient and heterogeneous oxygen (O2) distribution within engineered tissues results in
hypoxic conditions. Hypoxia is one of the characteristics of solid tumors. To date, very few …

Pure-water filtration membranes are often fouled by bacterial biofilms. Antibacterial coatings
for preventing biofilm formation on such membranes should not rely on leaching of inhibiting …

Multifunctional human intervention materials are expected to possess antibacterial
properties. Being the first human interventional material employed for biliary stents, low …

Directional cell migration plays an important role in embryonic development, tissue
regeneration, wound healing, and proper immune responses. In order to control cell …

Injectable in-situ forming hydrogel scaffolds (IHS) were prepared using TEMPO-oxidized
nanofibrillated cellulose (TONFC) originating from sugarcane bagasse. TONFC (0.5% w/w) …

In the biomedical field, silicon-based materials are widely used as implants, biomedical
devices, and drug delivery systems. Although these materials show promise for implant …

With the aid of a 3D printing technique, we create a 3D printed step‐gradient (nano)
composite scaffold (GradS). GradS is generated by spatially connecting different (nano) …