Migrants from Asia to the USA typically acquire a breast cancer risk associated with their host nation by the second generation, suggesting a direct influence of environmental rather than genetic factors [ 2, 3].
Likewise, rates for second-generation Japanese-Americans are different than those for first generation, suggesting a strong environmental impact.
Immune response was observed in the early stages of the first generation, suggesting negative effect on the exposed zebrafish [90].
The percent rate of diapausing prepupae differed seasonally, and was 20.0 37.5% (30.3 ± 7.5%, n = 3) in overwintered generation and 0 100% (50.0 ± 39.8%, n = 9) in first generation, suggesting that the rate of production of dormant prepupae increased toward the later activity season.
Rates of breast cancer among Asian immigrants to the United States do not approach those of US white women until the second or third generation, suggesting that exposures during childhood and adolescence are important in establishing a higher risk of breast cancer [ 2, 3].
However a recent comparison of NMS induced by first and second generation antipsychotics suggested that the clinical profile is "largely similar" [ 32].
Our second generation observations further suggested that the subsets of hybrid progeny recovered from both of the acuta × pomilia outcross experiments may have been sterile.
The two wExe1-infected lines had female-biased mean sex ratios of 1 0 (females:males) for the first 3 generations, suggesting an efficient transmission of the infection.
The first fully schedulable allocation has been found in the first generation, which suggests that it might be possible to allocate the taskset to a lower number of cores.
Studies on newer "third generation" implants suggest a lower failure rate of about 15% within 10 years [15], but considering the high (and increasing) number of women with implants, rupture must be considered a frequent condition.
