Sentence examples for metabolic functionalities and from inspiring English sources

Despite these deficiencies, iMAT has a strong advantage over other methods [ 26, 27, 29, 30], in that it does not need a predefined set of required metabolic functionalities and an FBA objective function.

A recent study reported that, on intestinal mucosal surface, bacterial community is organized into five highly conserved modules in human, two of them displaying distinct metabolic functionalities and being reciprocally associated with IBD.

The reconstruction of metabolic models for eukaryotes is challenging due to the scarcity of biochemical information at the subcellular level required for cellular compartmentalisation. AlgaGEM covers our current understanding of metabolic functionality and connectivity through different organelles for C. reinhardtii.

To evaluate the performance of our method, we reconstructed a new liver model and compared results to liver models built by MBA: mCADRE was able to achieve similar coverage of high evidence reactions, improved metabolic functionality, and dramatic speed up.

BLP is able to predict solutions with the smallest/largest set of EM contributing to the metabolic functionality and distinguish between those two extremes without enumerating the full solution space.

Finally, we investigated the consequences of enzymopathies on the enterocyte's metabolic functionalities.

The majority of current research efforts are focused on engineering multiple metabolic functionalities, such as the introduction of exogenous pentose consumption pathways, into a single organism [ 6].

The user selects a priori a minimally acceptable outcome for the FBA models and GIMME iteratively activates genes that were initially turned "off" in order to ensure that the FBA model achieves its required metabolic functionalities.

In addition, we developed a Shewanella core (hereafter Core) model using genome annotations of 21 sequenced Shewanella strains that would represent the conserved metabolic functionalities of all Shewanella strains.

In addition, the Shewanella core model will serve as a base model to develop genome-scale models for other Shewanella strains by simply adding metabolic functionalities that are unique to those individual strains.

With such metabolic ability to grow in environments with limited energy access, C. reinhardtii may have benefited from a mutational bias toward GC to diminish the average cost of protein synthesis by decreasing the E's contribution to its proteins without affecting the metabolic functionalities.