Single-step electron tunnelling reactions can transport charges over distances of 15–20 Åin
proteins. Longer-range transfer requires multi-step tunnelling processes along redox chains …

During the last two decades, electron transfer (ET) through DNA and its artificial analogues
has been an area of extensive experimental and theoretical studies. This process plays an …

In this paper, we explore the molecular basis of combining photodynamic therapy (PDT), a
light-triggered targeted anticancer therapy, with the traditional chemotherapeutic properties …

Knowledge of the physical chemistry of small molecules complexation (the hetero-
association) in aqueous solution is increasingly important in view of the rapidly emerging …

Solvent interactions, particularly hydration, are vital in chemical and biochemical systems.
Model systems reveal microscopic details of such interactions. We uncover a specific …

The miniaturization of traditional silicon-based electronics will soon reach its limitation as
quantum tunneling and heat become serious problems at the several-nanometer scale …

We investigate computationally the valence electronic excitations of the amino acid glycine
prepared by a sudden nitrogen core ionization induced by an attosecond X-ray pump pulse …

Ultrafast electron transfer (ET) phenomenon in protein and protein–DNA complex is very
much crucial and often leads to the regulation of various kinds of redox reactions in …

The present work aimed to evaluate the antioxidant efficacy of beta-1, 3-glucan
binding/recognition protein against oxidative stress-induced Saccharomyces cerevisiae …

It has been shown in many experimental studies that one of the major charge-transfer
mechanisms in nucleic acids is that by positive charge carriers (holes), residing …