The symmetries of the DNA double helix require a new term in its linear response to stress: the coupling between twist and stretch. Recent experiments with torsionally constrained single molecules give the first direct measurement of this important material parameter. We extract its value from a recent experiment of Strick et al. (Science, 271 (1996) 1835) and find agreement with an independent experimental estimate recently given by Marko. We also present a very simple microscopic theory predicting a value comparable to the one observed
Helical molecules change their twist number under the effect of a mechanical load. We study the twis...
: DNA and other biopolymers differ from classical polymers due to their torsional stiffness. This pr...
Abstract: We have used internal coordinate molecular mechanics calculations to study how the DNA dou...
The symmetries of the DNA double helix require a new term in its linear response to stress: the coup...
AbstractThe symmetries of the DNA double helix require a new term in its linear response to stress: ...
The symmetries of the DNA double helix require a new term in its linear response to stress: the coup...
Recent magnetic tweezers experiments have reported systematic deviations of the twist response of do...
In cells, DNA is constantly twisted, bent and stretched by numerous proteins mediating genome transa...
The twisting deformation of mechanically stretched DNA molecules is studied by a coarse grained Hami...
Recent single-molecule experiments indicate that a double-stranded DNA increases in length if put un...
DNA stretching experiments are usually interpreted using the wormlike chain model; the parameter A a...
Over the past 10 years a number of new techniques have emerged that allow the manipulation of single...
We show that the symmetries of DNA allow for a twist-bend coupling. We then compute two effects of t...
Deoxyribose-nucleic acid (DNA) is one of the most unique things that attracts researchers and scient...
AbstractRecent single-molecule micromanipulation experiments on DNA subject to small distortion reve...
Helical molecules change their twist number under the effect of a mechanical load. We study the twis...
: DNA and other biopolymers differ from classical polymers due to their torsional stiffness. This pr...
Abstract: We have used internal coordinate molecular mechanics calculations to study how the DNA dou...
The symmetries of the DNA double helix require a new term in its linear response to stress: the coup...
AbstractThe symmetries of the DNA double helix require a new term in its linear response to stress: ...
The symmetries of the DNA double helix require a new term in its linear response to stress: the coup...
Recent magnetic tweezers experiments have reported systematic deviations of the twist response of do...
In cells, DNA is constantly twisted, bent and stretched by numerous proteins mediating genome transa...
The twisting deformation of mechanically stretched DNA molecules is studied by a coarse grained Hami...
Recent single-molecule experiments indicate that a double-stranded DNA increases in length if put un...
DNA stretching experiments are usually interpreted using the wormlike chain model; the parameter A a...
Over the past 10 years a number of new techniques have emerged that allow the manipulation of single...
We show that the symmetries of DNA allow for a twist-bend coupling. We then compute two effects of t...
Deoxyribose-nucleic acid (DNA) is one of the most unique things that attracts researchers and scient...
AbstractRecent single-molecule micromanipulation experiments on DNA subject to small distortion reve...
Helical molecules change their twist number under the effect of a mechanical load. We study the twis...
: DNA and other biopolymers differ from classical polymers due to their torsional stiffness. This pr...
Abstract: We have used internal coordinate molecular mechanics calculations to study how the DNA dou...