DNA charge transport (CT) chemistry has received considerable attention by scientific
researchers over the past 15 years since our first provocative publication on long-range CT …

Purpose: The aim of this survey is to critically review the available information on one-
electron oxidation reactions of nucleobases in cellular DNA with emphasis on damage …

Gross chromosomal rearrangements (including translocations, deletions, insertions and
duplications) are a hallmark of cancer genomes and often create oncogenic fusion genes …

It is well established that exposure of DNA to high-energy radiation results in a variety of
physical and chemical changes in DNA including strand breakage, mutation, and DNA …

Telomere shortening occurs during oxidative and inflammatory stress with guanine (G) as
the major site of damage. In this work, a comprehensive profile of the sites of oxidation and …

This review article provides a concise overview of electron involvement in DNA radiation
damage. The review begins with the various states of radiation-produced electrons …

Covering state-of-the-art advances, novel applications, and future perspectives, this volume
presents new directions on the basic studies of charged particle and photon interactions with …

The reaction of hydroxyl radical (OH•) with DNA accounts for about half of radiation-induced
DNA damage in living systems. Previous literature reports point out that the reaction of OH• …

The mechanistic aspects of hydration of guanine radical cations, G•+ in double-and single-
stranded oligonucleotides were investigated by direct time-resolved spectroscopic …

Radiobiological damage is principally triggered by an initial cation and a secondary electron
(SE). We address the fundamental questions: What lesions are first produced in DNA by this …