Sentence examples for molecular interactions represented from inspiring English sources

Molecular interactions represented in the HHPID are characterized by 70 keywords that potentially indicate the type of interaction, many of which are potentially redundant (e.g. 'binds' and 'complexes with').

The long-range goal of the work is to identify molecular interactions that regulate the metastatic potential of neuroblastoma, and to determine if these molecular interactions represent potential therapeutic targets.

The identification of the processes, omic properties and molecular interactions may represent the first step towards a more comprehensive understanding of the molecular mechanisms of risk of breast cancer conferred by of low-penetrance susceptibility genes.

Molecular interaction networks represented as PNs can be analyzed using a variety of simulation and formal analysis methods developed in the PN field (Rohr et al., 2010).

Using the QSSPN framework, we have reconstructed a molecular interaction network representing whole-cell metabolism of hepatocyte coupled to the gene regulation and signalling processes known to be involved in BA homeostasis.

Molecular interactions are often represented as network models which have become the common language of many areas of biology.

Molecular interactions can also be represented as a transactional database for use with regular frequent itemset mining tools, where each edge is considered a transaction.

Enzyme substrate interactions represent an unexploited source of molecular recognition events.

These binding interactions represent both aromatic-aromatic (stacking) and molecular cleft-type recognition processes.

The knowledge of regulator-gene interactions represents a low-resolution view of molecular interactions inside a cell.

Analysis of genes that are expressed during these interactions represents a powerful strategy to obtain insights into the molecular events underlying these changes.