Single-molecule magnetic tweezers deliver magnetic force and torque to single target
molecules, permitting the study of dynamic changes in biomolecular structures and their …

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 adhesions between Gram-positive bacteria and their hosts are exposed to varying
magnitudes of tensile forces. Here, using an ultrastable magnetic tweezer-based single …

Due to the ability to perform the parallel measurement of multiple single chains and exert
precise control over stretching force in the sub‐nanonewton regime, magnetic tweezers (MT) …

Abstract α-Actinins play crucial roles in cytoskeletal mechanobiology by acting as force-
bearing structural modules that orchestrate and sustain the cytoskeletal framework, serving …

Titin N2B unique sequence (N2B-us) is a 572 amino acid sequence that acts as an elastic
spring to regulate muscle passive elasticity. It is thought to lack stable tertiary structures and …

The de novo-designed metalloprotein α3DIV binds to mercury via three cysteine residues
under dynamic conditions. An unusual trigonal three-coordinate HgS3 site is formed in the …

Enzymatic protein ligation has become the most powerful and widely used method for high-
precision atomic force microscopy single-molecule force spectroscopy (AFM-SMFS) study of …

Carboxylate‐bridged diiron proteins belong to a protein family involved in different
physiological processes. These proteins share the conservative EXXH motif, which provides …

Single-molecule force spectroscopy with optical tweezers has emerged as a powerful tool
for dissecting protein folding. The requirement to stably attach" molecular handles" to …