Changes in DNA bending and flexing due to tethered cations detected by fluorescenc
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
DNA bending has been implicated as an important regulatory mechanism in several processes involving ...
Changes in DNA bending and flexing due to tethered cations detected by fluorescenc
Local DNA deformation arises from an interplay among sequence-related base stacking, intrastrand pho...
AbstractWe propose a purely electrostatic mechanism by which small, mobile, multivalent cations can ...
AbstractBackground: We have been studying the proposal that laterally asymmetric charge neutralizati...
The nucleic acids, RNA and DNA, perform several important functions within cells in coding, decoding...
© 2022 American Chemical Society.Z-DNA, a noncanonical helical structure of double-stranded DNA (dsD...
To understand DNA elasticity at high forces (F>30 pN), its helical nature must be taken into account...
Dichroism decay curves of DNA fragments with chain lengths in the range of 179–256 bp show an amplit...
We present a hybrid single-molecule technique combining magnetic tweezers and Förster resonance ene...
AbstractSingle-stranded DNA (ssDNA) is an essential intermediate in various DNA metabolic processes ...
We have previously introduced tethered fluorophore motion (TFM), a single-molecule fluorescence tech...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
DNA bending has been implicated as an important regulatory mechanism in several processes involving ...
Changes in DNA bending and flexing due to tethered cations detected by fluorescenc
Local DNA deformation arises from an interplay among sequence-related base stacking, intrastrand pho...
AbstractWe propose a purely electrostatic mechanism by which small, mobile, multivalent cations can ...
AbstractBackground: We have been studying the proposal that laterally asymmetric charge neutralizati...
The nucleic acids, RNA and DNA, perform several important functions within cells in coding, decoding...
© 2022 American Chemical Society.Z-DNA, a noncanonical helical structure of double-stranded DNA (dsD...
To understand DNA elasticity at high forces (F>30 pN), its helical nature must be taken into account...
Dichroism decay curves of DNA fragments with chain lengths in the range of 179–256 bp show an amplit...
We present a hybrid single-molecule technique combining magnetic tweezers and Förster resonance ene...
AbstractSingle-stranded DNA (ssDNA) is an essential intermediate in various DNA metabolic processes ...
We have previously introduced tethered fluorophore motion (TFM), a single-molecule fluorescence tech...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
Time-resolved fluorescence emission measurements, in conjunction with fluorescence resonance energy ...
DNA bending has been implicated as an important regulatory mechanism in several processes involving ...