Sentence examples for greater complementarity from inspiring English sources
Greater complementarity between strips is needed to gain the potential strip cropping advantages.
The ordered solvent was involved in hydrogen bonding to protein and carbohydrate residues (7 water molecules) and in forming more extended hydrogen bonding networks (6 water molecules), which led to greater complementarity between Ley and the hu3S193 binding site [26].
Greater complementarity between the two RNA strands in consecutive positions yields higher values of free-energy, as illustrated in Figure 2. The 16S rRNA is then moved one base pair downstream, thereby creating a new potential hybridization site.
Both SSID and LOAD show strong discrimination and great complementarity to each other.
We also recognize that these differences offer great complementarity opportunities in tackling global systemic risks, from both theoretical and practical perspectives.
Finally, a solution is proposed combining both focuses, exhibiting great complementarity, boosting GC performance to beat previously published results in GC both cross-database, and full in-database evaluations.
The PATH/WHO partnership resulted in great complementarity.
We found that 454 GSFLX and Solexa/Illumina show great complementarity in producing large contigs and supercontigs with a low error rate.
Here, computer-derived models and simulation provide great complementarity as even a sparse set of experimental constraints can largely improve the predicting power of modeling and simulation techniques.
ResNet breaks ties in rarity by selecting the site with the greatest complementarity, which is the one containing the largest number of elements of biodiversity that are not currently represented adequately to meet their targets.
Here, a top down study of 429 proteins, including 152 IMPs from human H1299 cells using 11 087 CAD (RF-style) fragments, 6452 higher-energy collisional dissociation (HCD, beam style) fragments, and 2981 ETD fragments, illustrates the great complementarity between the three methods for identifying and characterizing whole membrane proteins.
