Sentence examples for many regulatory systems from inspiring English sources

"What we need is a body of people who understand molecular biology, but who can also cope with more practical physiology, or techniques like patch clamping, and understand how the many regulatory systems in an organism can contribute to the overall picture: because any number of genes can never tell you how the regulation of blood pressure works in a real animal".

As in many regulatory systems, the SC uses the precautionary approach; however, this includes detailed scientific review by the POPs Review Committee, where there is an opportunity to consider the inherent properties of the chemical under review.

Many regulatory systems are extremely complex, with multiple trans-factors collectively regulating each gene, and each transcription factor controlling a large number of loci (Wray et al. 2003; Wray 2007; Peter and Davidson 2011).

TCAM practices are, furthermore, characterized by paradigmatic features distinct from biomedicine's underpinnings; this poses additional regulatory challenges in that many regulatory systems have been designed to accommodate biomedical-style health care [ 3, 4].

This approach establishes what role the endogenous protein actually does play in the tissue, with the caveat that many regulatory systems have built-in redundancy that may obscure an important role unless multiple members of a gene family are inactivated simultaneously.

Our previous work (Kantorovitz et al. 2009; Kazemian et al. 2011) offers a practical solution to this CRM discovery problem: it does not rely on TFs or their binding motifs, but instead exploits the observation that for many regulatory systems of interest, a small set of known CRMs can be used as training data to facilitate a more complete characterization of related CRMs.

In many regulatory monitoring systems, budget constraints lead to insufficient resources devoted to fortification regulation, often because of competing priorities.

"As humans, we have many different regulatory systems — blood pressure, metabolism, stress hormones," says Teresa Ellen Seeman, professor of medicine at the UCLA School of Public Health.

This kind of model has been widely studied and has been applied successfully to many gene regulatory systems (cf. [29]).

Similar to many gene regulatory systems, miRNAs are both conserved and diverse among plant lineages.

This "supervised CRM prediction" approach was demonstrated in our previous work (Kantorovitz et al. 2009; Kazemian et al. 2011) to accurately predict CRMs for many different regulatory systems in D. mel, using respective training sets from the same species (available in supplementary file S1, Supplementary Material online).