Secondary fires and glass breakage have been examined.
However, the specific failure mechanism as well as deterministic investigation techniques for cables' breakage have yet to be clarified.
Studies in which IR was used to induce chromosome breakage have supported the idea that HR and NHEJ contribute differently to DSB repair at different stages of the cell cycle [11], [12], [13].
The photo-induced reactions leading to disulfide bridge breakage have been analyzed by means of a chemical assay that confirms our explanation.
Since chromosomal breaks and translocations were considered random until recently (33), several mechanisms of random breakage have been proposed as causes of BFB.
Whereas mechanisms underlying spontaneous DNA breakage have been elusive, our data support major roles for replication in E. coli, and for some DNA breakage outside of S phase, in G1 in human cells.
This investigation confirms and extends earlier observations that fragile sites form part of the chromosomal structure in mammals, and that the characteristics underlying their susceptibility to breakage have been conserved during evolution [ 26, 36, 37, 51, 55, 56].
Wire breakage has not been observed.
A novel model for droplet breakage has been developed.
