We studied the DNA fragmentation induced in human fibroblasts by iron ion beams of 115 and 414 MeV/u. Experimental data were obtained in the fragment size range 1-5700 kilo-base-pairs (kbp), Monte Carlo simulations were performed with the PARTRAC code, and data analysis was also performed through the Generalized Broken Stick (GBS) model. The comparison between experimental and simulated data provided satisfactory agreement. The Monte Carlo simulations allowed also the count of fragments outside the experimental range
The PARTRAC code has been developed constantly in the last several years. It is a Monte Carlo code b...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...
We studied the DNA fragmentation induced in human fibroblasts by iron ion beams of 115 and 414 MeV/u...
We studied the DNA fragmentation induced in human fibroblasts by iron-ion beams of two different ene...
We studied the DNA fragmentation induced in human fibroblasts by iron-ion beams of two different ene...
In this work we have compared the pattern of DNA fragmentation (in the size range 1-5700 kbp) induce...
DNA fragmentation was studied in the fragment size range 0.023-5.7 Mbp after irradiation of human fi...
We simulated the irradiation of human fibroblasts with gamma rays, protons and helium, carbon and ir...
We simulated the irradiation of human fibroblasts with gamma rays, protons and helium, carbon and ir...
DNA double-strand breaks (DSB) are widely recognized as cellular critical lesions in the pathways le...
Experimental data on DNA double strand break (DSB) induction in human fibroblasts (AG1522), followin...
Protons and high energy heavy ions (HZE particles ) are the components of space radiation of major c...
The number of small radiation-induced DNA fragments can be heavily underestimated when determined fr...
The number of small radiation-induced DNA fragments can be heavily underestimated when determined fr...
The PARTRAC code has been developed constantly in the last several years. It is a Monte Carlo code b...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...
We studied the DNA fragmentation induced in human fibroblasts by iron ion beams of 115 and 414 MeV/u...
We studied the DNA fragmentation induced in human fibroblasts by iron-ion beams of two different ene...
We studied the DNA fragmentation induced in human fibroblasts by iron-ion beams of two different ene...
In this work we have compared the pattern of DNA fragmentation (in the size range 1-5700 kbp) induce...
DNA fragmentation was studied in the fragment size range 0.023-5.7 Mbp after irradiation of human fi...
We simulated the irradiation of human fibroblasts with gamma rays, protons and helium, carbon and ir...
We simulated the irradiation of human fibroblasts with gamma rays, protons and helium, carbon and ir...
DNA double-strand breaks (DSB) are widely recognized as cellular critical lesions in the pathways le...
Experimental data on DNA double strand break (DSB) induction in human fibroblasts (AG1522), followin...
Protons and high energy heavy ions (HZE particles ) are the components of space radiation of major c...
The number of small radiation-induced DNA fragments can be heavily underestimated when determined fr...
The number of small radiation-induced DNA fragments can be heavily underestimated when determined fr...
The PARTRAC code has been developed constantly in the last several years. It is a Monte Carlo code b...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...
Purpose: To quantify the role played by radiation track structure and background fragments in modula...