End-pulled polymer translocation through a many-body flexible pore

This paper studies the features of a homopolymer translocating through flexible pore. The channel is modeled as monolayer tube composed by monomers with two elastic parameters: spring-like body interaction and bending three recall interaction. In order to guarantee stability system, membrane compounded lipid bilayer structure having hydrophobic (internal), while pore hydrophilic in both edges. polymer end-pulled from cis-side trans-side cantilever, which connected spring able measure force acting on during translocation. All reacts impacts vibrations generated movement its constituent bodies. these conditions, work done cantilever shows nonmonotonic behavior constant, revealing resonant-like parameter region. Moreover, spectroscopy registered function time, record main kinetics progression inside