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Full Description
Focusses on the excited triplet states within DNA and RNA with combined experimental and computational approaches.
Contents
1. Introduction
Part I. Experimental Approaches
2. Triplet states in Canonical DNA Nucleobases and DNA/RNA
3. Triplet states in Sliver Nucleobases and DNA/RNA
4. Triplet states in Sulfur-substituted Nucleobases and DNA/RNA
5. Triplet states in Epigenetic Modified Nucleobases and DNA/RNA
6. Triplet State Dynamics of Molecules Regulated by DNA Or Triplet-state Mediated Photolysis Reaction
7. Drug-sensitized Triplet States Generation in DNA
8. Drug-sensitized DNA Photoreaction
Part II. Theoretical Approaches
9. Triplet State Dynamics in Nucleobases and DNA/RNA by Ab initio Static and Surface-hopping Dynamics Simulations
10. Triplet States Regulated Photoreactivity of DNA by Quantum Mechanical Studies
11. Photophysics of Photosensitizers Interacting with DNA by Quantum Mechanics and Molecular Mechanics Methods
12. Mechanism of Triplet Decay in Canonical and Non-canonical DNA/RNA Nucleobase



