After scales were validated to use to analyze, we conducted Structural Model Analysis.
Among all the candidate genes, the CAC1347, CAC1348, CAC1730 and CAC2880 were validated to encode genes tal, tkl, rpe and rpi, four key genes involved in PPP, respectively.
Then downscaling method and regional modelling at high resolution (1/12°x day) were validated to produce realtime and forecast on a weekly basis.
Measurements performed on the continuous reactor were validated to ensure that the installation worked correctly and that measurements were precise enough.
Computational Fluid Dynamic (CFD) simulations were validated to simulate the flow behaviour of the T1 Struc and T2 Perm granular fill materials.
The results of running each of the three model variations 100 times produced average attrition rates that were validated to have no significant statistical differences with the historical averages for NASA, the EPA, and FCC between 2005 2014.
A total of 45 assays were validated to provide 100% coverage of the clades (outbreaks) and 91% at the strain level (21 out of the 23 targeted Marburgvirus strains) with built-in redundancy for increased robustness.
For planning purposes of on-site mitigation measures the Guidelines to Identify Snow-Glide Areas (GISGA) were validated to corroborate the sequential application of SSGM and GISGA for comprehensive assessment of snow gliding at landscape scale.
The baseline energy use results were validated to within 0.65% of the findings from an extensive and detailed monitoring study of a leading operator of UK public houses and restaurants [1].
Transfer of O-methyl group by bacterial O-methyltransferase (SpnK) at 4′-hydroxy position of quercetin and quercetin 3-O-β-d-glucose were validated to produce tamarixetin and tamarixetin 3-O-β-d-glucoside.
Primers (MWG, Huntsville, AL) were validated to ensure efficiency and amplification of a single amplicon.
