Sentence examples for suite of signalling from inspiring English sources

Amongst these innovations must have been a suite of signalling pathways that allow for communication in a range of multicellular contexts, including cell specification and patterning [22].

The gene should help scientists learn more about the suite of signals that keeps ES cells open to many different fates, says developmental biologist Fatima Cavaleri of the University of Pennsylvania School of Veterinary Medicine in Kennett Square.

Plants perceive light quality and quantity via a suite of signal-transducing photoreceptors to facilitate adaption to their ambient environment.

M. aeruginosavorus is poised to respond to diverse environmental cues through a suite of signal transduction pathways and processes.

A commonly used suite of signal peptide detectors includes LipoP (Juncker et al., 2003), SignalP (Bendtsen et al., 2004) and TatP (Bendtsen et al., 2005).

The positive and negative germination cues represent a diverse suite of chemical signals provided by the environment to signal germination.

Our gut bacteria also play a role in the manufacture of substances like neurotransmitters (including serotonin); enzymes and vitamins (notably Bs and K) and other essential nutrients (including important amino acid and short-chain fatty acids); and a suite of other signaling molecules that talk to, and influence, the immune and the metabolic systems.

He goes on to make the equally fundamental point that "...extant genetic diversity is... a suite of prehistoric signals of different time depths.

Accumulating evidence suggests that a suite of classical signals involved in the process of root architecture development could be induced by low P. The role of these signals in the adaptive response of root growth to low P is complex.

In particular, a suite of intercellular signaling mechanisms, commonly referred to as developmental pathways, are used iteratively and combinatorially to coordinate cell fate and function during embryogenesis, as well as to control postnatal tissue homeostasis.

While our results recapitulate the well-known conclusion that proteins affecting immunity and genome defense pathways are more likely to fix adaptive mutations, we also find that proteins affecting a suite of cell signaling pathways that are important for metazoan development are also fixing adaptive mutations in the D. melanogaster lineage at a significantly higher rate than the genome average.