Sentence examples for likely to complement from inspiring English sources

These severe flow conditions are likely to complement platelet activation, release pro-inflammatory cytokines, and further result in vascular and blood damage.

Once the performance of gesture-based systems improves, they're likely to complement, rather than displace, traditional biometrics — adding an extra layer of security and reducing the reliance on biometric data itself.

The study also found that the taxi mode is likely to complement metro trips, but compete with bus trips, although both of these modes of travel are considered public transit.

Furthermore, the promising results from novel immunotherapies are likely to complement the landscape of active compounds for HCC and will require a completely different approach to patients, as well as the development of prognostic/predictive biomarkers.

Pichot vowed to continue Lapasset's work in encouraging second-tier nations to improve the way they operate so they are able to gain a seat and voting rights, and he is likely to complement the more diplomatic Beaumont by being opinionated and direct.

Corporate managers' incentives to invest corporate resources in compliance activities can be strengthened in a variety of ways that are likely to complement each other, including: lengthening the vesting period for managerial compensation, clawbacks, or personal liability, and mandating disclosure about compliance activities.

It will more likely serve to complement, rather than compete with traditional manufacturing.

A study has demonstrated SLO from invasive GAS lyse PMN [27], however this effect is likely due to complement activation by SLO [28] or PMN activation [29] but not due to cytotoxity of SLO itself as judged by their flow cytometry profiles which are distinct from ours (Figure 2A).

Thus, the thermoresponsive property of NvHsTRPA demonstrates that it is a likely channel to complement the lack of TRPA1 in Nasonia.

Although infection with wild-type bacteria causes early lethality, bacteria with mutations in lipopolysaccharide (LPS) are attenuated in macrophages and are more sensitive to extracellular lysis, likely due to complement factors (van der Sar et al., 2003).

WGD duplicate gene pairs are much more likely to genetically complement each other; 41.7 percent (194 out of 465) of WGD pairs, whereas only 6.7percentt (251 out of 3762) of SSD pairs, have such relationship.