Heavy-ion radiobiology is attracting increasing interest for its implications in radiation
oncology and space radiation protection. The analysis of chromosome aberrations induced …

Biological effects of high-LET (linear energy transfer) radiation have received increasing
attention, particularly in the context of more efficient radiotherapy and space exploration …

Abstract Peng, Y., Brown, N., Finnon, R., Warner, CL, Liu, X., Genik, PC, Callan, MA, Ray,
FA, Borak, TB, Badie, C., Bouffler, SD, Ullrich, RL, Bedford, JS and Weil, MM Radiation …

In the present paper the relationship between cell cycle delays induced by Fe-ions of
differing LET and the aberration yield observable in human lymphocytes at mitosis was …

The purpose of the present study was to investigate as to what extent differences in the
linear energy transfer (LET) are reflected at the chromosomal level. For this study human …

It is well established that chromosomes exist in discrete territories (CTs) in interphase and
are positioned in a cell-type specific probabilistic manner. The relative localisation of …

Chinese hamster V79 cells were exposed to high LET (linear energy transfer) 16O-beam
(625keV/μm) radiation in the dose range of 0–9.83 Gy. Cell survival, micronuclei (MN) …

We have investigated how radiation quality affects the induction of chromosomal aberrations
in human cells. Human lymphocytes were irradiated in vitro with various energies of …

Purpose: The participation of various DNA double-strand break repair mechanisms in the
formation of chromosome aberrations is not yet fully understood. To investigate particularly …

The time-course of Fe-ion (200 MeV/u, 440 keV/µm) and X-ray induced chromosomal
damage was investigated in human lymphocytes. After cells were exposed in G0 and …