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We present the latest advances of the multiscale approach to radiation damagecaused by irradiation of a tissue with energetic ions and report the mostrecent advances in the calculations of complex DNA damage and the effects ofthermal spikes on biomolecules. The multiscale approach aims to quantify themost important physical, chemical, and biological phenomena taking place duringand following irradiation with ions and provide a better means forclinically-necessary calculations with adequate accuracy. We suggest a way ofquantifying the complex clustered damage, one of the most important features ofthe radiation damage caused by ions. This method can be used for thecalculation of irreparable DNA damage. We include thermal spikes, predicted tooccur in tissue for a short time after ion's passage in the vicinity of theions' tracks in our previous work, into modeling of the thermal environment formolecular dynamics analysis of ubiquitin and discuss the first results of thesesimulations.

the european physical journal. d, atomic, molecular and optical physics/the european physical journal. d, atomic, molecular, optical and plasma physics

Multiscale approach to radiation damage induced by ion beams: complex DNA damage and effects of thermal spikes