Sentence examples for availability required for from inspiring English sources

Thus, this provides the regional biomass availability required for the CAMod step.

This analysis allows to conclude that the design of some of the diagnostic systems must be revised to assure the high availability required for the target system.

The intense radiation fields in the irradiation area and the high availability required for IFMIF (70%) are the main reasons for these difficulties.

In the present study, using NRG1-ErbB signaling in the B lymphoblast cell system and in other cell models, we show evidence of epistatic effects between these genes in that COMT Val/Met affects AKT1 translocation and activation by competing for methyl donor availability required for PS synthesis.

Our model indicates that IK alone can sustain the Nav availability required for propagation security, although it is conceivable that other conductances might also play a role, for example, in setting the nodal Vm in the absence of firing.

Thus, all plants have a 'water management strategy' that can be conceptualized as a combination of water extraction (root), water transport (xylem), water storage (capacitance) and water use (stomata) physiologies that determine the moisture availability required for a particular species to survive and grow (Sperry 2003).

In this regard, the availability required is just sufficient for triangulation.

43, 44 Tumor sample availability was required for enrollment onto these studies, and KRAS status will be incorporated into the primary analysis to test the role of KRAS in the combination therapy setting.

Present availability requires mechanisms for access; future availability also requires preservation (e.g. long-term storage, format migration).

The low conversion and selectivity at low H2 flow rate (100 mL/min) is as expected, since the availability of hydrogen required for the hydrogenation of hydroxyacetone formed during the reaction is less [32].

Similarly it is possible that the thylacine Col2A1 enhancer had a different pattern of expression in the developing thylacine embryo to that observed in the mouse, due to the different availability of cofactors required for its activation.