Sentence examples for globally variable from inspiring English sources

Yet the NP-membrane adhesion strength is a globally variable quantity that effectively regulates the NP uptake rate.

This dual character renders the adhesion strength in receptor-mediated endocytosis a globally variable quantity, in distinct contrast to the adhesion strength between two inanimate objects that is commonly regarded as a material constant.

In light of the findings from T. brucei and Leishmania spp. microarray studies as well as findings from our previous, limited microarray study in T. cruzi [ 3], we sought to determine if transcript levels are globally variable between life-cycle stages of T. cruzi using whole-genome oligonucleotide microarrays.

Simulation model reliability over the range of feasible inputs is essential for determining the globally optimal variable values.

Simultaneously, thanks to zero duality gap, the optimal solutions (p_{ss}^ xi [!n]), p_{p}^(beta [!n]), p_{sp}^(beta [!n]) ) will also converge to the globally optimal variables (p_{ss}^, p_{p}^, p_{sp}^).

After varying globally the n variables, a Nelder Mead simplex optimization is performed using each of the best points as an initial point.

Though highly variable globally, the amount of reactive N added yearly onto cropland that is subsequently lost to the environment remains high.

The availability of historical records (i.e. written records of observed eruptions) is variable globally and is strongly influenced by factors such as population distribution, colonisation, literacy levels and emergence of modern science.

Rainfall has become more variable globally, and the frequency of intense rainfall has increased in some areas.

With the wet-dry tropical catchments that harbour the majority of terapontid diversity ranking among some of the most hydrologically variable globally, versatility in feeding habits is, not unexpectedly, a common feature of many terapontid diets [ 44, 45].

It is interesting to note that the evolution of this variable globally follows the evolution of the total power, attesting to both the variations of this variable and the differences with the healthy population are not only due to differences in speed of locomotion.