Sentence examples for pathways could generate from inspiring English sources

We then compared combinations of bilinear and nonlinear dynamic causal models (Friston et al. 2003) to identify connectivity models that optimally explain how interactions between these form and motion pathways could generate STS responses to dynamic faces.

10 Compared with FpA, fibrinostatin losses the first alanine from the amino terminus of FpA, which could be a result of the cleavage by exoprotease, because differential exoprotease activities acting on the ex vivo coagulation and complement degradation pathways could generate cancer type‐specific serum peptides.

For the acetic acid pathway could generate ATP, the alternation of acetic acid formation resulted in a lower ATP yield by LA1002 than SCUT27.

Researchers at Kosan later refined the combinatorial biosynthesis approach and demonstrated that systematic and rational mutation of an antibiotic biosynthetic pathway could generate libraries of novel and predicted compounds and that this biosynthetic machinery could be recapitulated in a heterologous host, in this case Escherichia coli.

This curation and validation process included the followings: The models were tested for internal pathway cycles that could generate excess energy when all exchanges were closed.

It is worth of note that there are other oxidative pathways by which melatonin could generate light emission, however, this was not the case using NCT or H2O2 alone.

A similar pathway operating in fission yeast could generate active CDK even in cells arrested in response to DNA damage, because the inhibitory kinases that phosphorylate Tyr15 of Cdk1 and which are terminal effectors of negative signaling by the G2 checkpoint act preferentially on CDK/cyclin complexes [56], [57].

However, only the pathway from PEP to pyruvate could generate sufficient flux for synthesis of PUFAs on the fermentation medium.

Due to advanced reverse genetic tools in yeast and E. coli, multiple knockouts of the GSH, glutaredoxin and thioredoxin pathways could be generated [26], [28] [30] that established the overlapping nature of the two systems and provided crucial insight into the cellular responses to oxidative and reductive stress.

For example, one could generate fluorescent reporters to readout pathway activity, which could allow for more targeted drug screening.

This could be tested experimentally for example the following way: one could generate a temperature-sensitive mutant in a cell wall synthesis pathway gene that leads to cell wall loss at the restrictive temperature.