Scattering techniques, in particular electron, neutron and X-ray scattering have played a
major role in elucidating the static and dynamic structure of biologically relevant …

Within the field of terahertz science and technology, one of the most active areas of current
research focuses on the intersection of terahertz measurements and methods with the world …

Cell membranes–primarily composed of lipids, sterols, and proteins–form a dynamic
interface between living cells and their environment. They act as a mechanical barrier …

Protein biological function depends on structural flexibility and change. From cellular
communication through membrane ion channels to oxygen uptake and delivery by …

Protein structural vibrations impact biology by steering the structure to functional
intermediate states; enhancing tunneling events; and optimizing energy transfer. Strong …

Rafts, or functional domains, are transient nano-or mesoscopic structures in the exoplasmic
leaflet of the plasma membrane, and are thought to be essential for many cellular processes …

With the advent of polymyxin B (PmB) resistance in bacteria, the mechanisms for mcr-1
resistance are of crucial importance in the design of novel therapeutics. The mcr-1 …

One of the hallmarks of Alzheimer's disease is the formation of senile plaques, primarily
consisting of amyloid-(A) peptides. Peptide-membrane and peptide-lipid interactions are …

With contributions from leading researchers in their fields, this book describes state-of-the-
art lipid/model membrane research, and industrial and medical applications, all in one …

The emergence of intense sources of terahertz radiation based on lasers and electron
accelerators has considerable potential for research on biological systems. This perspective …