Sentence examples for attributed sterility from inspiring English sources
Some women attributed sterility to a blocked uterus: "Those pills, when I swallow them, they will go and stay in my womb, one on-top of the other, and then I will not be able to get another child" (28-year-old mother of 5, current FP use unknown).
Recent studies have shown that silencing of phosphoethanolamine N-methyltransferase in Arabidopsis thaliana resulted in abnormal growth and temperature-sensitive male sterility, which was attributed to failure to produce functional pollen [ 13, 14].
However, the sterility in NER should be attributed to the irradiation treatment [ 52] and specifically to the generation of additional deletions that presumably compromised correct chromosome pairing [ 6] during meiosis.
A further decline to about 5000 animals in the mid 1980s has been attributed to environmental pollution [26], [11], which led to high levels of sterility in ringed seal females [26], [27].
The Infuse label notes the sterility-related complication as a possible side effect, but the Medtronic-sponsored researchers in published reports attributed that complication to surgical technique, not the product itself.
Flags were also attributed.
Alves et al. [ 51] and Roca et al. [ 52] attributed the lack of nuclear introgression to recurrent crossing of hybrid females with males of the invading species, coupled with male hybrid sterility or inviability (Haldane's rule).
The source was attributed.
In the current system, we cannot unequivocally attribute the identity of the sterility-associated microbe to Wolbachia: such a definitive identification could only be made if we had demonstrated that infection of an uninfected collembolan population with Wolbachia would lead to parthenogenesis and/or restoration of reproductive ability.
The DArT markers showed linkage with previously identified non-DArT markers associated with qualitative and quantitative trait loci for plant architecture, phenological components, seed and oil quality attributes, boron efficiency, sucrose transport, male sterility, and race-specific resistance to blackleg disease.
