▪ Abstract The atomic force microscope operates on surfaces. Since surfaces occupy much
of the space in living organisms, surface biology is a valid and valuable form of biology that …

Short DNA fragments, resulting from ionizing radiation induced DNA double strand breaks
(DSBs), or released from cells as a result of physiological processes and circulating in the …

With the impressive growth in gene sequence data that has become available, recombinant
proteins represent an increasingly vast source of molecular components, with unique …

Reproducible imaging of DNA by atomic force microscopy was a useful predecessor to Ned
Seeman's DNA nanotechnology. Many of the products of DNA nanotechnology were imaged …

The aim of this study was to clarify whether Ni 2+ ions could bind to guanine bases in a
standard B-DNA duplex and eventually induce a B→ Z transition. We have determined by X …

The functions of DNA-binding proteins are dependent on protein-induced DNA distortion,
the binding preference to special sequences, DNA secondary structures, the binding kinetics …

Atomic force microscopy is an invaluable characterization tool in almost every biophysics
laboratory. However, obtaining atomic/sub-nanometer resolution on single proteins has thus …

It is easier and often faster to image biological samples in air than in aqueous fluid. But
imaging in aqueous fluids is almost always preferable if one wants to see biomaterials in …

Проанализированы достижения современной нанобиологии в исследовании
единичных молекул нуклеиновых кислот, а также их комплексов с гистоновыми белками …

Atomic force microscopy was used to visualize the complexes of bacteriophage T7 RNA
polymerase (RNAP) with a DNA template during transcription. A 1414-bp fragment of …