Sentence examples for literature binding from inspiring English sources

According to literature, binding energy of Ti4+(2p3/2) and Ti3 +(2p3/2) in titanium dioxide was 459 and 457 eV, respectively.

The initial list included a total of 69 candidate direct targets (79 binding sites) and included the gene name, species, type of site (as described in the literature), binding site sequence (as described in the literature), position within the gene, activation/repression, competing elements or cofactors, tissues/cells, experiments performed, locus link number, OMIM link and Jackson lab ID.

Lists of literature curated binding sites with Pub-med references and a spreadsheet of binding interactions parsed from the above databases can be downloaded in Additional File 2. Motif Discovery was performed on WT1 known targets and new predictions.

In this study, we aim at extracting six distinct biomolecular event types from literature: phosphorylation, binding, localization, catabolism, transcription and (gene) expression.

This aminopeptidase was already described in the literature as binding Bti Cry11A toxins and represents a good candidate gene for Bti resistance in the laboratory strain.

According to the available data from literature, GAG binding affects the process of dimerization for chemokines (Jansma et al. 2010), in particular for IL-8, which in turn leads to changes in their receptor binding (Das et al. 2010).

Furthermore, three candidate genes of the 20 containing SNPs showed significant Fst > 0.35, including one aminopeptidase (AAEL008155) already described in the literature as binding Cry11A toxins (Likitvivatanavong et al. 2011b).

Thus, for PPARs optimal spacer nucleotide is either 1 or 2. Out of the 413 PPRE DR1 motifs collected from literature the binding strengths were reported for 236 motifs (Additional file 1).

In the literature, the binding pocket of a protein receptor to a ligand is usually defined by those residues that have at least one heavy atom (i.e., an atom other than hydrogen) with a distance < 5 Å from a heavy atom of the ligand.

We retrieved the literature-curated binding and regulatory TF-gene pairs from the YEASTRACT database.

The good agreement with literature steady-state binding kinetic values and previously reported binding affinity trends demonstrates that SHCS can be used to accurately measure multivalent protein ligand interactions at the surface with negligible mass-transport affects.