As observed in the mutation accumulation lines studied by Denver et al. we saw enrichment of G∶C A∶T and G∶C T∶A mutations (the type of change expected from oxidative damage) (Figure S2), but we did not see a decrease in the frequency of these mutations in the LSJ1 lineage.
Any system that aims at warning early in the onset of damage by analyzing changes in the dynamic characteristic of a structure needs to first fully understand and account for the natural variability of these parameters, often much larger than what could be expected from reasonable levels of damage.
This value helps determine damage expected from a tropical cyclone, through use of such scales as the Saffir-Simpson scale.
U.S. Navy interest in raising the entire ship ended in 1978 when Captain Willard F. Searle, Jr. calculated the cost and possible damage expected from the operation: $20 million to stabilize the vessel in place, or as much as $50 million to bring all of it to the surface.
Such transversions are commonly induced by reactive oxygen and nitrosative species (Klaunig & Kamendulis, 2008; Klaunig et al., 2010; Marnett, 2000) – suggesting, perhaps, that the increased MF was a result of oxidative and inflammatory processes induced by tissue damage expected from such high concentrations of Cr VI).
For example, the tissues of hibernators experience regular cycles of rapid changes in blood pressure and flow during the torpor-arousal cycle; yet organs such as the liver, brain, heart, and gut do not exhibit the type of damage expected from ischemia-reperfusion in non-hibernating animals, even when hibernators experience long periods of no blood flow, blood loss, or trauma [ 4, 12- 15].
In the wake of the stay decision, players quickly turned their attention to their next legal possibilities — the antitrust suit and the damages expected from the television contracts case — as ways to generate pressure.
Consider the set of community adaptation strategies, A i, i = 1,2,… where A i represents additional planned strategies designed to reduce the damages expected from severe storms (Table 6).
Theoretically, these results were expected from the nature of the damage caused by the radiation – direct and indirect damage to the structure and function of the DNA [1] [3].
Successful in vivo two-photon imaging was achieved by using 3 to 3.5 mW of excitation power incident on the cornea, over 4.5 times the 12 minute ANSI MPE, but less than the damage threshold expected from experimental data for continuous wave illumination [ 24], a suitable comparison for thermal damage.
