Sentence examples for might contribute only from inspiring English sources

First, SPI-19 might contribute only to the colonization of the gastrointestinal tract of infected chickens.

Each individually related gene in multiple pathways may alter the risk for prostate cancer, and might contribute only modest risk.

These results suggest that the elevation of serum anti-Sm might contribute only little, if any, to the development of ACS.

Therefore, we agree with Chao et al., that from an epidemiological point of view parameters of endothelial dysfunction might contribute only little for diabetes prediction as compared to traditional risk factors including fasting glucose, body composition and clinical risk factors (as was shown by the authors in a large sample of postmenopausal women) [ 35].

Although age is known to represent a major risk factor for cancer development, the observation that non-human primates have a lower incidence of epithelial carcinomas but not other cancers [ 18], suggests that life expectancy might contribute only partially to the observed differences in cancer susceptibility.

Considering that activation of specific cholinergic pathways can inhibit pro-inflammatory cytokine synthesis and protect against endo-toxemia and ischemia-reperfusion injury [ 20], it is tempting to speculate that inhibition of these pathways, whether exogenous or endogenous, might contribute not only to CD but also to other outcomes of critical illness.

In principle, complement-activating proteins might contribute not only to cancer progression but could also influence the course of underlying or accompanying diseases.

Both X-Nlp and human Nlp are predominantly present in the mother centriole and basal body of primary cilia in cultured cells, suggesting that Nlp might contribute not only to MT nucleation but also to MT anchorage (Rapley et al, 2005).

Thus, HvCEBiP might contribute not only to papilla-based defenses but also to the hypersensitive cell death response to cell invasion.

Therefore, PTGDS might contribute not only to the induction of allodynia [12], but also to the progression of chronic renal failure [13].

Moreover, future studies in this line of research might contribute not only to a better understanding of evolutionary history but also to advancement of biotechnology such as detection and construction of organisms with temperature resistance, which have a great deal of potential in industry.