Yahong Chai

TL;DR: A robust and general one-pot approach for the synthesis of different kinds of bimagnetic core/shell nanostructures (BMCS NSs) and it is envisioned that this new strategy will open up exciting opportunities toward large-scalable production of such high-quality BMCSNSs, thereby greatly potentiating the prospective applications of nanomagnetic materials.

TL;DR: This strategy provides a feasible method to manoeuvre MTB for applications in complex fluid environments, such as magnetic drug release systems and real-time tracking systems, and provides a paradigm for controlling the mobility of micro-/nanomotors based on natural small organisms.

TL;DR: A new semiconfined system for processing the BCP self-assembly is constructed, in which an unusual dual-phase separation occurs, including nonsolvent-induced microphase separation and osmotically driven macrophase separation, ultimately yielding heterogeneous BCP membranes.

TL;DR: This study provides a new perspective to understand the possible physiological relationship between IGF-1 and G- quadruplexes and also conveys a strategy to regulate the interaction between G-quadruplex DNA and proteins.

TL;DR: The specific interaction between bivalent aptamer and thrombin has been measured directly and quantitatively by force-induced remnant magnetization spectroscopy to investigate the binding force and through-bond effects of the multivalent interactions.