A particle-based mesoscopic model for fluid dynamics has recently introduced. The model has been mainly developed for simulating a mesoscale coarse-grained dynamics for solvent-solute interaction in complex fluids such as polymers in solution and colloid suspension. In the present contribution the equilibrium properties and the relaxation dynamics of a DNA molecule are investigated. The model has proven to be fully able to capture the essential features of polymer dynamics in a good solvent. Moreover here this approach has been applied for the first time to study DNA dynamics in slit-like geometries.

M. Chinappi, E. De Angelis (2009). Effect of confinement on statistical properties of a DNA chain in microchannels. ANCONA : s.n.

Effect of confinement on statistical properties of a DNA chain in microchannels

DE ANGELIS, ELISABETTA
2009

Abstract

A particle-based mesoscopic model for fluid dynamics has recently introduced. The model has been mainly developed for simulating a mesoscale coarse-grained dynamics for solvent-solute interaction in complex fluids such as polymers in solution and colloid suspension. In the present contribution the equilibrium properties and the relaxation dynamics of a DNA molecule are investigated. The model has proven to be fully able to capture the essential features of polymer dynamics in a good solvent. Moreover here this approach has been applied for the first time to study DNA dynamics in slit-like geometries.
2009
Atti del XIX Congresso Aimeta
M. Chinappi, E. De Angelis (2009). Effect of confinement on statistical properties of a DNA chain in microchannels. ANCONA : s.n.
M. Chinappi; E. De Angelis
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/78208
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