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A detailed analysis indicated that the volumetric ratio QLQG and the Froude number -VT/√gD were the most satisfactory parameters to use in flow regime map presentation.
A detailed analysis indicated that compound 1 possesses the highest Van der Waals and hydrogen bond interactions compared to the other six compounds and better inhibitors are achievable by enhancing the hydrogen bond interactions.
Although most parameters were not found to exert significant influences on lysine flux, extracellular lysine concentration was found to have a substantial effect on lysine production, and detailed analysis indicated that a decrease in the external lysine concentration will enhance the metabolite synthesis considerably and shift the control from export step to other steps.
Although significant correlations of both FA and TD were observed with the full-scale ARQ, detailed analysis indicated that this was driven predominately by factor 2 (rebelliousness).
At the gross anatomical level this resulted in an irregular and folded neocortex by E14.5 and more detailed analysis indicated an expanded VZ/SVZ region with a high mitotic index, with the neurosphere assay indicating this region contained an increased number of stem/progenitor cells.
Our detailed analysis indicated that genes are organized preferably in OCs.
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A detailed analysis indicates flow depths larger than 0.5 m in 87% of the inundation area.
The number of patients with these three conditions is reportedly increasing, and detailed analysis indicates that Saint's triad may not be a rare condition [2].
Moreover, the detailed analysis indicates that the interaction between the turbulence of gas and that of particles is a crucial factor that influences the predicted results.
A detailed analysis indicates that the residual liquid film thickness of the viscoelastic fluid tends to decrease and the pressure drop across the bubble front tends to increase as the fluid becomes more viscoelastic.
A detailed analysis indicates that, when loaded in the partially confined space, n-C4H10 exhibits a higher level of sorption capacity on the shale sample than N2, resulting in a higher concentration of N2 left in the free fluid than that in the initial mixture, which is the so-called selective sorption.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com