Sentence examples for content backbone from inspiring English sources

COG categories, GC content, backbone, COG in positive strand of pangenome, COG in negative strand in pangenome, P. putida KT2440, P. putida F1, P. putida GB-1, P. putida W619, P. putida S16, P. putida BIRD-1, P. putida ND6, P. putida DOT-T1E and P. putida LS46.

"It is important to improve Wikipedia's gender bias both because it is one of the keystones of our digital commons and because it's becoming one of the content backbones of the Internet: many other popular sites pull in content from Wikipedia's APIs," they explain.

Such a result would threaten innovation, the open tradition and architecture of the Internet, and competition among content and backbone providers.

In order to understand how pectin associates with cellulose, different kinds of pectins varying in neutral sugar side-chain content and backbone homogalacturonan degree of esterification were used to study their interaction with cellulose during its synthesis by Gluconacetobacter xylinus (ATCC53524).

The crystallization ability of PLLA depended on the content of rubbery backbone and the graft density of these graft copolymers.

Activation energies calculated for this process in DMAC all fell near 21 23 kcal mol−1 and were not strongly correlated to backbone content.

Had it embraced the idea of being an open platform and open API, Twitter could have become the content feed and backbone to hundreds of tools and apps, instead of the destination that few users want to visit.

Additional studies of SA genomes that feature divergent backbone content and similar MGE combinations would be required to further explore this mechanism.

These genes (EPYR_00656-EPYR_00659) have a lower G+C content than the backbone of the chromosome, indicating an acquired foreign origin of these genes.

High monomer reactivity can lead to high content of corresponding backbones, which can further control the degree of intramolecular cyclization and Tg of hyperbranched polymers.

The adsorption of comb-like copolymer on the cement surfaces, controlled by COO− content in copolymer backbones, side chain length, and also polymer conformation in solution, governs the dispersion and rheological behavior of the cementitious system.