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1 amyloid formation by Sup35 were studied with scanning force microscopy.
2 ication and we visualized the structure with scanning force microscopy.
3 ant enzyme-DNA complexes was not observed by scanning force microscopy.
4 rite are investigated using the technique of scanning force microscopy.
5          NtrC oligomers were visualized with scanning force microscopy.
6 artners of purified BRCA2 were determined by scanning force microscopy.
7 taxane wires onto substrates, as revealed by scanning force microscopy.
8                                      We used scanning force microscopy and gel shift analysis to show
9 l direction revealed by nanoscale conductive scanning force microscopy and macroscale IV characterist
10 e of scanning near-field optical microscopy, scanning force microscopy and nuclear-reaction analysis
11 ctron microscopy (EM), serial EM tomography, scanning force microscopy and optical simulations to cha
12 een individual molecules are studied using a scanning-force-microscopy-based technique.
13                                              Scanning force microscopy confirmed that quartet-DNA was
14 ility at increasing contact time between the scanning force microscopy force probe and the surface al
15                               Piezo-response scanning force microscopy images of such islands in PbZr
16                                     Based on scanning force microscopy imaging and optical trap-drive
17 and an equilibrium H-NS-mediated DNA looping scanning force microscopy imaging assay.
18  H3 to extended chromatin fiber structure by scanning force microscopy imaging of mildly trypsinized
19 re we complement and extend these studies by scanning force microscopy imaging of selectively reconst
20    Atomic force microscopy (AFM, also called scanning force microscopy) is proving to be a useful tec
21 exclusion number are readily determined from scanning force microscopy measurements of the changes in
22                                      In situ scanning force microscopy of solid supported bilayers an
23  complexes have been directly observed using scanning force microscopy operating in buffer.
24 tract containing DNA molecules visualized by scanning force microscopy resulted in an average bend an
25                We have earlier defined, from scanning force microscopy (SFM) and mathematical modelin
26                                              Scanning force microscopy (SFM) of Lp(a) showed, for the
27                                      We used scanning force microscopy (SFM) to study the binding and
28                                              Scanning force microscopy (SFM) was used to image intact
29                      Electron microscopy and scanning force microscopy studies reveal that PABP2, whe
30                                   We show by scanning forced microscopy that Plzf, via homodimerizati
31 the specificity of this interaction, we used scanning force microscopy to examine factor IX binding t
32                                              Scanning force microscopy was used to investigate the co
33 single-molecule force spectroscopy, based on scanning force microscopy, was employed to determine the