A simple and effective, injectable hydrogel system with tunable fiber orientation for directed cell growth in demonstrated.
A simple and effective, injectable hydrogel system with tunable fiber orientation for directed cell growth in demonstrated.
A novel, nature template-based computation design method has been proposed, and demonstrates the potential for design of peptides for chemical biology and medicinal chemistry.
Polypeptides have a rich variety of structures and functions. Their chemoenzymatic synthesis is reviewed by the Enzyme Research Team at RIKEN, Japan.
A novel, electroluminescent device concept that can emit light in response to the accumulation and distribution of materials on the device surface is developed.
Drug-free macromolecular therapeutic systems can target and kill cancer cells without causing the side-effects of the drugs currently in clinical use.
A complementary technique, based on the Holographic Optical Tweezers (HOT) technique, which enables several locations within the same sample to be probed simultaneously, is developed.
The concentration-, size-, and cell type-dependent response to layered black phosphorous is explored to maximise its potential and avoid future problems.
Control over macro- and microstructures, density, conductivity, and Poisson ratio is enabled by this new combined metallic aerogel production technique.
The stability of DNA origami under strongly denaturing conditions is investigated.
Cutting edge research related to perovskite oxides and their derivatives for the carbon dioxide photoreduction reaction.