Sentence examples for utilization regulation from inspiring English sources

This work eliminates such limitation by advocating OCSO IaaS optimization, which rest on optimized threshold algorithms and rule evolution equations as following:For resource utilization regulation: R V t = F P * ∑ n = 1 P / F M V n tn (1).

Where N is the number of total VMs at specified frequency F in monitor period P. Next, the new environment resource capacity (optimal VM number) and rule evolution take the form (the utilization regulation equation stays the same as (1)): Capacit y new = ∑ N = 1 Capacit y C ∑ n = 1 T R V n tn T N U + D + SecondaryMetri c C 2 * CapacityRatio ¯ (5).

One consequence of such dysfunction is altered iron metabolism secondary to impaired iron:sulfur cluster synthesis resulting from down-regulation of ABCb7 and Ciao1 which impacts both mitochondrial iron utilization and regulation of iron metabolism.

The result is a paradigm shift in the way we think about everything from market demand and utilization to regulation.

However, BA204 displays a low yield of glucose fermentation and sequential glucose xylose utilization under regulation by the phosphotransferase system (PTS).

By decreasing transcription of components of cluster synthesis machinery, both iron utilization and regulation of iron uptake are impacted, contributing to the sideroblastic phenotype.

Structural features of heme biosynthesis enzymes (Layer et al. 2010) and iron utilization and regulation in fungi (Haas et al. 2008) have recently been reviewed extensively and will only be discussed briefly hereafter.

The major mechanisms of carbon source utilization and its regulation are well defined for many groups of microorganisms, but our knowledge of nitrogen metabolism and its regulation is largely confined to enteric bacteria (for review see [ 1– 3]).

The link between carbon source utilization and PrfA regulation of L. monocytogenes virulence gene products has long been recognized but has remained poorly defined.

Genes absent from this group include CDS predicted to be involved in carbohydrate utilization and transcriptional regulation.

That work further suggested that adaptation to the cheese environment had been accompanied by extensive decay of genes involved in carbohydrate utilization and transcriptional regulation [ 28].