… As opposed to all previous in situ STM studies of Cys on Au-electrode surfaces, both l-
and d-enantiomers as well as racemic l/d were mapped. Separate l- and d-enantiomer …

… of molecular junctions constructed with STM-BJ illustrated in this review for the three
types of sensors are summarized in Table 1. The principles of operation for this single-molecule …

… biomolecular electronic platforms that allow for the understanding and manipulation of
protein-mediated electronic … In a typical STM-BJ measurement, a metal–molecule–metal junction …

… in handling (super)molecules and biomolecules to produce a fundamental understanding of
… single-molecule platforms 69,70 . q-Plus enables conductance measurements in STM mode …

… of STM, the movement of single molecules can be controlled and characterized. All living
organisms are composed of thousands of molecular machines, biomolecular machines, that …

… -molecule electrical detection of a biologically-relevant nucleic acid. We also show how this
could be used to study biomolecular … STM methods have also allowed measuring single …

… Molecular scale in situ STM resolution in the present study discloses a unique stripe-like
pattern of the adsorbed Cys molecular species on the Au(100)-electrode surface, with …

… of biomolecules and for studying chemical reactions … STM-BJ implementation, the STM tip
is moved in and out of contact with the substrate electrode in the presence of target molecules. …

… of single-molecule junctions to biomolecules. Finally, we … -molecule junctions constructed
using MCBJ and STM-BJ methods, as these have been used to study many single-molecule …

… flow through biomolecules over long distances. Finally, we summarise our discussion
and share … Scanning tunnelling microscopy (STM) is a crucial method for studying single-protein …