… single-molecule study. (a) Layout of dual-trap optical tweezers. (b) Schematics of single-molecule …
Preassembled SNARE complex was crosslinked to 2260 bp DNA handle through …

… rotation effect and the reorganization energy between the ground state and the triplet state
on phosphorescence spectrum. The Duschinsky rotation … out on a single molecule in vacuum. …

… Interestingly, these three directions rotated by 60 with respect to each other exactly …
Single molecule–mediated assembly of polyoxometalate single-cluster rings and their three-…

… Means of rotating equilateral hollow prism to identify minimal rotational angle of 5 mW He-Ne
laser with 632.8 nm reveals linearity of sucrose solution almost up to 70% [13]. It is worth …

… , single molecule imaging, and light-sheet microscopy. … has the advantage that all the rotation
features of the beams can be … blades, with each blade rotating around the central dark core …

… The cleft closure results from a concerted rigid-body rotation of the lower domain, Gly 457
to Ser 619, by about 5. The outer edge of the cleft moves by more than 5 Å. The movement is …

… that single-molecule level," says Bob Austin, a professor of physics at Princeton University. …
The result is a biological motor measuring a mere 12 nanometers in diameter that rotates …

… When deepened to the patellar ligament, the needle-scalpel was rotated to ensure a 90 angle
between the needle tip and ligament and then cut rapidly three to five times. Afterward, the …

… cysteine mutant AeL nanopore to study the kinetics of single-molecule reactions of proteins[87].
(… the flexibility and length of the tethers allow the protein to rotate freely in the pore[90]. (e) …

… TOFTs encounter difficulties in trapping individual biomolecules, which is of great importance
for single-molecule analysis. Furthermore, optical trapping of cells and biological structures …