The mechanisms for how bacteria break down phosphonates in order to overcome times of phosphate limitation.

The mechanisms for how bacteria break down phosphonates in order to overcome times of phosphate limitation.
A special issue of Macromolecular Bioscience highlights progress in supramolecular hydrogel biomaterials.
Exploring cohesin and replisome interactions during DNA replication.
A comprehensive study aims to make the assessment of rechargeable battery performance more transparent.
Ultrafast generation of a field‐free vector potential that is tunable in duration, sign, and magnitude, allowing to impart non‐invasive, spatiotemporally controlled changes to the quantum nature of nanosystems.
Multifunctional polylactide stomatocytes are engineered to mimic red blood cells.
A combined quantum key distribution and compressing sensing protocol that improves information transmission bandwidth paves the way to real-time information evaluation and communication security.
Polymer physics is the basis to models that explain chromatin folding mechanisms.
Pest Management Science: on climate change, resistance, the challenges and opportunities for RNA interference in pest management, and more.
InfoMat is a new interdisciplinary and open-access journal bringing you the latest in new materials with unique electrical, optical, and magnetic properties, and their applications in the rapid development of information technology.