“…In a pure aqueous solution, long-chain DNA is randomly coiled. 44 The electrostatic repulsion induced by the negative charges between their base pairs is helpful to prevent it from bending. 40,45 In the ionic solution, positive ions are adsorbed around the DNA, shielding the negative charge of DNA, which alters the electrostatic interactions between the DNA strands.…”
The behavior of deoxyribonucleic acid (DNA) molecules in confinement is of profound importance in various bioengineering and medical applications. In the present study, all-atom molecular dynamics simulation is utilized to...
“…In a pure aqueous solution, long-chain DNA is randomly coiled. 44 The electrostatic repulsion induced by the negative charges between their base pairs is helpful to prevent it from bending. 40,45 In the ionic solution, positive ions are adsorbed around the DNA, shielding the negative charge of DNA, which alters the electrostatic interactions between the DNA strands.…”
The behavior of deoxyribonucleic acid (DNA) molecules in confinement is of profound importance in various bioengineering and medical applications. In the present study, all-atom molecular dynamics simulation is utilized to...
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