Ferritin is a vital protein complex responsible for storing iron in almost all living organisms. It
plays a crucial role in various metabolic pathways, inflammation processes, stress response …

Lipid-bilayer nanodiscs provide a stable, native-like membrane environment for the
functional and structural studies of membrane proteins and other membrane-binding …

Single-molecule tweezers, such as magnetic tweezers, are powerful tools for probing nm-
scale structural changes in single membrane proteins under force. However, the weak …

The nanodisc technology is increasingly used for structural studies on membrane proteins
and drug delivery. The development of synthetic polymer nanodiscs and the recent …

Cationic membrane-active toxins are the most abundant group of proteins in the venom of
snakes and insects. Cationic proteins such as cobra venom cytotoxin and bee venom …

F-type ATP synthases play a key role in oxidative and photophosphorylation processes
generating adenosine triphosphate (ATP) for most biochemical reactions in living …

Bicelles, composed of a mixture of long and short chain lipids, form nanostructured
molecular assemblies that are attractive lipid-membrane mimics for in vitro studies of integral …

Ferritin is a universal protein complex responsible for iron perception in almost all living
organisms and has applications from fundamental biophysics to drug delivery and structure …

Single-molecule magnetic tweezers have recently been adapted for monitoring the
interactions between transmembrane helices of membrane proteins within lipid bilayers. In …

Molecular tethering of a single membrane protein between the glass surface and a magnetic
bead is essential for studying the structural dynamics of membrane proteins using magnetic …