Open Access. Also selected for Virtual Journal of Biological Physics Research - December 1, 2002We present a method for solving the wormlike chain model for semiflexible polymers to any desired accuracy over the entire range of polymer lengths. Our results are in excellent agreement with recent computer simulations and reproduce important qualitatively interesting features observed in simulations of polymers of intermediate lengths. We also make a number of predictions that can be tested in a variety of concrete experimental realizations. The expected level of finite size fluctuations in force-extension curves is also estimated. This study is relevant to mechanical properties of biological molecules
By large-scale Monte Carlo simulations of semiflexible polymers in d=2 dimensions the applicability ...
This is an overview of theoretical approaches to semiflexible polymers and their networks. Such semi...
This thesis provides a picture on the thermo-elastic behavior of polymer molecules with biological r...
A new formula for the force vs extension relation is derived from the discrete version of the so-cal...
A new formula for the force vs extension relation is derived from the discrete version of the so-cal...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
We present a mathematical approach to the worm-like chain model of semiflexible polymers. Our method...
NA bending on length scales shorter than a persistence length plays an integral role in the translat...
We present a model for semiflexible polymers in Hamiltonian formulation which interpolates between a...
Open Access.We present a study of the bend angle distribution of semiflexible polymers of short and ...
We present a method for solving the wormlike-chain (WLC) model for twisting semiflexible polymers to...
This thesis provides a picture on the thermo-elastic behavior of polymer molecules with biological r...
Inspired by recent studies revealing unexpected pliability of semiflexible biomolecules like RNA and...
By large-scale Monte Carlo simulations of semiflexible polymers in d=2 dimensions the applicability ...
This is an overview of theoretical approaches to semiflexible polymers and their networks. Such semi...
This thesis provides a picture on the thermo-elastic behavior of polymer molecules with biological r...
A new formula for the force vs extension relation is derived from the discrete version of the so-cal...
A new formula for the force vs extension relation is derived from the discrete version of the so-cal...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
A new formula for the force vs. extension relation is derived from the discrete version of the so-ca...
We present a mathematical approach to the worm-like chain model of semiflexible polymers. Our method...
NA bending on length scales shorter than a persistence length plays an integral role in the translat...
We present a model for semiflexible polymers in Hamiltonian formulation which interpolates between a...
Open Access.We present a study of the bend angle distribution of semiflexible polymers of short and ...
We present a method for solving the wormlike-chain (WLC) model for twisting semiflexible polymers to...
This thesis provides a picture on the thermo-elastic behavior of polymer molecules with biological r...
Inspired by recent studies revealing unexpected pliability of semiflexible biomolecules like RNA and...
By large-scale Monte Carlo simulations of semiflexible polymers in d=2 dimensions the applicability ...
This is an overview of theoretical approaches to semiflexible polymers and their networks. Such semi...
This thesis provides a picture on the thermo-elastic behavior of polymer molecules with biological r...