Sentence examples for more effectively mitigate from inspiring English sources
Alternatively, it could suggest that LTR retrotransposons may more effectively mitigate their deleterious effects on the host genome through the targeting of "safe havens" for insertion (Gao et al. 2008).
Write a research paper in which you explain how they were able to predict the earthquake and the tsunamis, and suggest how their predictions can more effectively mitigate future disasters.
"These new measures utilize real-time, threat-based intelligence along with multiple, random layers of security, both seen and unseen, to more effectively mitigate evolving terrorist threats," said Janet Napolitano, the secretary of homeland security.
The temporary rules that kicked in this January will be replaced with more nuanced rules that "utilize real-time, threat-based intelligence along with multiple, random layers of security, both seen and unseen, to more effectively mitigate evolving terrorist threats," Napolitano said.Civil liberties groups had criticized the temporary measures as discriminatory and too broad.
The implication is that dissimilar occupations or industries will more effectively mitigate the risk to household consumption from earnings instability.
To more effectively mitigate damage from impending destructive inland earthquakes in the future, the IPF and PLUM methods should be implemented and operated in the actual system.
The results showed that the migration more was effectively mitigated by introducing polymerizable groups into the HHMP-Si-CC.
Cooperative communication can effectively mitigate the effects of multipath propagation fading by using relay channels to provide spatial diversity.
More specifically, we apply the column-wise complementary codes to the original OFDM-based physical layer design, which can effectively mitigate the Doppler effect under high-speed communication scenarios.
Probiotics that effectively mitigate these side effects of cancer treatment could be important therapeutic agents.
More gain is obtained as K increases, indicating that the proposed interference-aware FNRAG algorithm can also effectively mitigate interference between neighboring femtocells, and hence is more applicable in dense deployment of co-channel femtocells than the USSA and MIWF-based algorithm.
