Controlled synthesis across several length scales, ranging from discrete molecular building
blocks to size‐ and morphology‐controlled nanoparticles to 2D sheets and thin films and …

Protein dynamics take place on many time and length scales. Coarse‐grained structure‐based
$ {\bf (G{\overline o})} $ models utilize the funneled energy landscape theory of protein …

Argon belongs to the group of noble gases, which are regarded as chemically inert. Astonishingly
some of these gases exert biological properties and during the last decades more and …

Protein folding and function are inherently linked sharing a joined funneled energy landscape.
In this theoretical framework, the integration of simulations, structural information, and …

Paracrine Wnt/β-catenin signalling is important during developmental processes, tissue
regeneration and stem cell regulation. Wnt proteins are morphogens, which form concentration …

The quantitative characterization of mutational landscapes is a task of outstanding importance
in evolutionary and medical biology: It is, for example, of central importance for our …

Signal transduction proteins such as bacterial sensor histidine kinases, designed to transition
between multiple conformations, are often ruled by unstable transient interactions making …

Bacteria use two-component signal transduction systems (TCS) extensively to sense and
react to external stimuli. In these, a membrane-bound sensor histidine kinase (SK) …

Functional dynamics of native proteins share the energy landscape that guides folding into
the native state. Folding simulations of structure‐based protein models, using an minimally …

Despite the biological importance of non-coding RNA, their structural characterization
remains challenging. Making use of the rapidly growing sequence databases, we analyze …