Many experimental and theoretical advances have recently allowed the study of direct and
indirect effects of low-energy electrons (LEEs) on DNA damage. In an effort to explain how …

The interaction of low energy electrons (LEEs; 1–30 eV) with genomic material can induce
multiple types of damage that may cause the loss of genetic information, mutations, genome …

Numerous experimental studies show that 5–15 eV electrons induce strand breaks in DNA
at energies below the ionization threshold of DNA components. In this energy range, DNA …

Deprotonated thymine can exist in two different forms, depending on which of its two N sites
is deprotonated: N1 [T–H]− or N3 [T–H]−. Here we report a photodetachment study of the N1 …

Technological advancement has produced a variety of instruments and methods to generate
electron beams that have greatly assisted in the extensive theoretical and experimental …

This chapter focuses on the fundamental processes that govern interactions of low‐-energy
(1–30 eV) electrons with biological systems. These interactions have been investigated in …

This mini-review focuses on the recent identification of several novel radiation-induced
single and tandem modifications in cellular DNA. For this purpose accurate high …

Studies on radiosensitization of biological damage by O2 began about a century ago and it
remains one of the most significant subjects in radiobiology. It has been related to increased …

Significant progress has been made in macromolecular crystallography over recent years in
both the understanding and mitigation of X-ray induced radiation damage when collecting …

Purpose: In this study, the effect of 111In position and Auger electron energy on direct
induction of DSBs was investigated. Materials and methods: The Geant4-DNA simulation …