It was first suggested by Englander et al to model the nonlinear dynamics of DNA relevant to the transcription process in terms of a chain of coupled pendulums. In a related paper [4] we argued for the advantages of an extension of this approach based on considering a chain of double pendulums with certain characteristics. Here we study a simplified model of this kind, focusing on its general features and nonlinear travelling wave excitations; in particular, we show that some of the degrees of freedom are actually slaved to others, allowing for an effective reduction of the relevant equations
Dynamics of topological solitons describing open states in the DNA double helix are studied in the f...
There are many models of DNA, both the linear ones and the nonlinear ones. One interesting model in ...
We study DNA dynamics relying on the plane-base rotator model for DNA. It is shown that this dynamic...
DNA torsion dynamics is essential in the transcription process; a simple model for it, in reasonable...
DNA torsion dynamics is essential in the transcription process; simple models for it have been propo...
DNA torsion dynamics is essential in the transcription process; simple models for it have been propo...
We consider the nonlinear dynamics in a double-chain model of DNA which consists of two long elastic...
We study nonlinear dynamics of the DNA molecule relying on a helicoidal Peyrard-Bishop model. We loo...
The existence of solitonic excitations is a generic feature of a broad class of homogeneous models f...
The simple model of the non-linear DNA dynamics [4] is pursued in order to study the local untwistin...
In the framework of a recently introduced model of DNA torsional dynamics, we argued — on the basis...
In this work we analyze the possibility that the soliton dynamics in a simple nonlinear model allows...
We study the e ects of the sequence on the propagation of nonlinear excitations in simple models of ...
The Yakushevich model provides a very simple pictures of DNA torsion dynamics, yet yields remarkably...
In this article, the mathematical modeling of DNA vibration dynamics has been considered that descri...
Dynamics of topological solitons describing open states in the DNA double helix are studied in the f...
There are many models of DNA, both the linear ones and the nonlinear ones. One interesting model in ...
We study DNA dynamics relying on the plane-base rotator model for DNA. It is shown that this dynamic...
DNA torsion dynamics is essential in the transcription process; a simple model for it, in reasonable...
DNA torsion dynamics is essential in the transcription process; simple models for it have been propo...
DNA torsion dynamics is essential in the transcription process; simple models for it have been propo...
We consider the nonlinear dynamics in a double-chain model of DNA which consists of two long elastic...
We study nonlinear dynamics of the DNA molecule relying on a helicoidal Peyrard-Bishop model. We loo...
The existence of solitonic excitations is a generic feature of a broad class of homogeneous models f...
The simple model of the non-linear DNA dynamics [4] is pursued in order to study the local untwistin...
In the framework of a recently introduced model of DNA torsional dynamics, we argued — on the basis...
In this work we analyze the possibility that the soliton dynamics in a simple nonlinear model allows...
We study the e ects of the sequence on the propagation of nonlinear excitations in simple models of ...
The Yakushevich model provides a very simple pictures of DNA torsion dynamics, yet yields remarkably...
In this article, the mathematical modeling of DNA vibration dynamics has been considered that descri...
Dynamics of topological solitons describing open states in the DNA double helix are studied in the f...
There are many models of DNA, both the linear ones and the nonlinear ones. One interesting model in ...
We study DNA dynamics relying on the plane-base rotator model for DNA. It is shown that this dynamic...