Statics and Dynamics of Polymers in Confined Space - Liu, Ya
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Biopolymers, with flexibility or semiflexibility, such as chromosomes and actin filaments, display unusually static and kinetic behaviors while confined in a narrow space. In the book, I study the polymers shape transition and segregation process by combining the Monte Carlo simulation, scaling theory and stochastic method. Interestingly, the results raises the possibility that genome segregation times could have applied evolutionary selection pressure to genome lengths.

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Produktbeschreibung
Biopolymers, with flexibility or semiflexibility, such as chromosomes and actin filaments, display unusually static and kinetic behaviors while confined in a narrow space. In the book, I study the polymers shape transition and segregation process by combining the Monte Carlo simulation, scaling theory and stochastic method. Interestingly, the results raises the possibility that genome segregation times could have applied evolutionary selection pressure to genome lengths.
Autorenporträt
Ya Liu received the B.S degree in applied mathematics from Sichuan University, China, and Ph.D. degree in physics from Brandeis University, USA in 2009. His research interests include statistic mechanics, biophysics and computational biology.