Pores in a two-dimensional network of DNA strands - computer simulations

TL;DR

This paper uses computer simulations to study pore formation in a 2D DNA network, analyzing pore size distribution and interpreting results through percolation theory on a Bethe lattice.

Contribution

It introduces a simulation approach for DNA network pore analysis and applies percolation theory for interpretation, offering new insights into pore size distribution.

Findings

Pore size distribution follows specific statistical patterns.

Percolation theory effectively models pore formation.

Simulation results align with theoretical predictions.

Abstract

Formation of random network of DNA strands is simulated on a two-dimensional triangular lattice. We investigate the size distribution of pores in the network. The results are interpreted within theory of percolation on Bethe lattice.