DNA-DNA electrostatic attraction is considered as the driving force for the formation of DNA toroids in the presence of DNA condensing cations. This attraction comes from the DNA helical charge distribution and favours hexagonal toroidal cross-sections. The latter is in agreement with recent cryo,electron microscopy studies on DNA condensed with cobalt hexammine. We treat the DNA-DNA interactions within the modem theory of electrostatic interaction between helical macromolecules. The size and thickness of the toroids is calculated within a simple model; other models of stability of DNA toroids are-discussed and compared
We present a simple theoretical analysis of the DNA-DNA electrostatic interactions within charge-neu...
The competition between toroidal and rod-like conformations as possible ground states for DNA conden...
ABSTRACT By combining single-molecule magnetic tweezers and osmotic stress on DNA assemblies, we sep...
Toroids are small donut shaped organizational units within sperm chromatin and viruses containing DN...
In the presence of multivalent cations, high molecular weight DNA undergoes a dramatic condensation ...
A model is proposed for polymer- and salt-induced toroidal condensates of DNA, based on a recent the...
ABSTRACT A model is proposed for polymer- and salt-induced toroidal condensates of DNA, based on a r...
In this perspective article, we focus on recent developments in the theory of charge effects in biol...
AbstractThe condensation of free DNA into toroidal structures in the presence of multivalent ions an...
While the phenomenon of like-charge attraction of DNA is clearly observed experimentally and in simu...
AbstractIn the bacteriophage ϕ29, DNA is packed into a preassembled capsid from which it ejects unde...
DNA is a double stranded helical molecule with an intrinsic right handed twist. Its structure can be...
DNA is a double stranded helical molecule with an intrinsic right handed twist. Its structure can be...
AbstractDNA toroids that form inside the bacteriophage capsid present different shapes according to ...
We estimate theoretically the strength of DNA-DNA electrostatic friction forces emerging upon a slow...
We present a simple theoretical analysis of the DNA-DNA electrostatic interactions within charge-neu...
The competition between toroidal and rod-like conformations as possible ground states for DNA conden...
ABSTRACT By combining single-molecule magnetic tweezers and osmotic stress on DNA assemblies, we sep...
Toroids are small donut shaped organizational units within sperm chromatin and viruses containing DN...
In the presence of multivalent cations, high molecular weight DNA undergoes a dramatic condensation ...
A model is proposed for polymer- and salt-induced toroidal condensates of DNA, based on a recent the...
ABSTRACT A model is proposed for polymer- and salt-induced toroidal condensates of DNA, based on a r...
In this perspective article, we focus on recent developments in the theory of charge effects in biol...
AbstractThe condensation of free DNA into toroidal structures in the presence of multivalent ions an...
While the phenomenon of like-charge attraction of DNA is clearly observed experimentally and in simu...
AbstractIn the bacteriophage ϕ29, DNA is packed into a preassembled capsid from which it ejects unde...
DNA is a double stranded helical molecule with an intrinsic right handed twist. Its structure can be...
DNA is a double stranded helical molecule with an intrinsic right handed twist. Its structure can be...
AbstractDNA toroids that form inside the bacteriophage capsid present different shapes according to ...
We estimate theoretically the strength of DNA-DNA electrostatic friction forces emerging upon a slow...
We present a simple theoretical analysis of the DNA-DNA electrostatic interactions within charge-neu...
The competition between toroidal and rod-like conformations as possible ground states for DNA conden...
ABSTRACT By combining single-molecule magnetic tweezers and osmotic stress on DNA assemblies, we sep...