Sentence examples for metabolic system that from inspiring English sources

The molecular pathways linking obesity to the above disorders are unclear [ 29] mostly because of the large number of genes related to the nervous system, endocrine system, and metabolic system that regulate energy metabolism.

American theoretical biologist Jeffrey Wicken pointed out that replicating molecules, if they appeared first, would have had no impetus to develop a complex cellular package or associated protein machinery and that life thus probably arose as a metabolic system that was stabilized by the genetic code, which allowed life's second law-favoured process to continue ad infinitum.

One such involves the well-known pp(p Gpp metabolic system that can serve to inhibit DNA gyrase, and points to the fact that in these circumstances, persisters may be quite metabolically active, even if transiently incapable of reproduction.

This produces a flexible and versatile metabolic system that is capable of restoring an orderly adaptive behaviour to widely disordered conditions involving complex gene environmental interactions (Greenspan, 2001; Strohman, 2002; Greene et al, 2003).

Although the reduction of NAA levels is a condition that may occur also in other neurodegenerative diseases, this finding in PD patients may be indicative of impairments in mitochondrial metabolic system that hypothetically contribute to neuronal degeneration.

However, the minimum set of enzymes (or corresponding genes) in a metabolic system that should be manipulated to obtain a viable strain under the situation of producing the maximum possible flux or yield of a desired final product remains unclear.

Figure  10 shows the results from the KEGG analysis of metabolic systems that are related to methane production, including metabolism of amino acids, energy, carbohydrates, nucleotides, lipids, cofactors, vitamins, polyketides, terpenoids, glycan, and xenobiotics.

Regarding energy metabolism, which is essential for survival, parasites adapt to the low oxygen environment in mammalian hosts by using metabolic systems that are very different from those of the hosts.

A top-down systems approach is an alternative approach which has been previously applied to determine and integrate a representative set of lumped biochemical reactions in vivo metabolic systems that incorporate primary substrates and key intermediate metabolites with coupled metabolic energy controllers ATP-ADP and NADH-NAD+ [1] [8].

All the metabolic systems that we have studied contain homeostatic mechanisms that accomplish this task.

The metabolic systems that have evolved are very complicated, subtle, and difficult to understand.