Roman Staňo
@romanstano.bsky.social
Computational Physicist @ University of Cambridge | physical chemistry | polymers | soft matter
WEB: https://sites.google.com/view/romanstano/
WEB: https://sites.google.com/view/romanstano/
🧬 Check out our latest paper in the PRL: doi.org/10.1103/7fh5...
We use computer simulations and analytically solvable theory to study supercoiled DNA plasmids functionalized by pH-responsive groups. We show how charge annealing can reversibly switch the topological twist to writhe and vice versa.
We use computer simulations and analytically solvable theory to study supercoiled DNA plasmids functionalized by pH-responsive groups. We show how charge annealing can reversibly switch the topological twist to writhe and vice versa.
August 6, 2025 at 6:52 PM
🧬 Check out our latest paper in the PRL: doi.org/10.1103/7fh5...
We use computer simulations and analytically solvable theory to study supercoiled DNA plasmids functionalized by pH-responsive groups. We show how charge annealing can reversibly switch the topological twist to writhe and vice versa.
We use computer simulations and analytically solvable theory to study supercoiled DNA plasmids functionalized by pH-responsive groups. We show how charge annealing can reversibly switch the topological twist to writhe and vice versa.