Sentence examples for usage structure from inspiring English sources

The systematic examination of the International Sign Writing Alphabet (ISWA) as an equivalent usage structure to the International Phonetic Alphabet for spoken languages has been proposed.

In addition, the effect of traditional Chinese medicine was not included in this study, which might have a substantial effect on the usage structure of chemical products.

The expected value is calculated on the probabilistic ratio obtained by randomly placing the same number and type of mutations on the specific codon usage structure of the gene.

Ultimately, there are two choices when faced with such a prospect: to try to rewrite the original with some measure of equivalent originality or to try to pair each term, usage, sentence structure and movement with one chosen from the English thesaurus.

These data suggest that codon usage, mRNA structure, and RNase activity are not primary determinants of GalE tagging.

We therefore begin with a review of the vocal communication of non-human primates, including the neural circuits underlying call usage and structure.

Both amplicons were fully sequenced and the corresponding synthetic gene was synthesized by GeneCust with optimization for yeast expression (codon usage, mRNA structure, GC content, and insertion of BamH1 and EcoRI sites at 5′ and 3′ ends respectively).

To give just one example, a recent study by Wang and colleagues (2008) investigated the effects of knockout of D2 receptors of the dopaminergic system as well as of knockout of three types of muscarinic receptors on the usage and structure of male mouse USVs in the mating context.

After a brief overview of this field of research and the neural basis of primate vocalizations, we review studies that have addressed the genetic basis of usage and structure of ultrasonic communication in mice, with a focus on the gene FOXP2 involved in specific language impairments and neuroligin genes (NL-3 and NL-4) involved in autism spectrum disorders.

We present the first comparative analysis of eleven pentatomoid mitogenomes and our results show that gene content, gene arrangement, base composition, codon usage, RNA structure, and mitochondrial transcription termination factor sequences are highly conserved in pentatomoids, especially among closely-related species.

TEM studies reveal that there is considerable amount of attention required to understand the edge formation with ultrasonic oscillation usage since structures that seem to resemble nanohorns were observed.