As in our experimental setting only three independent dominating stimuli (for any protein) could be found, only six double-stimuli combinations could be analyzed leading to poor statistics.
The results were analyzed, leading to derive a mathematical expression for the rail seat load and the loading pattern of concrete slabs.
The phenomenon of urban flooding caused by surcharged sewer systems in urban drainage systems is analyzed leading to the necessity of dual drainage modeling.
The effects of mapping time step and cell size on accuracy and computation time are analyzed, leading to the identification of optimal cell size and time step values.
Data acquired by airborne lidar have transformed how the Earth's surface and vegetation structure are mapped and analyzed leading to many applications, for example, in terrain modeling and ecosystem studies [1].
Among the papers located, 194 met requirements and 188 were analyzed leading to 392 valid comparisons addressing survival, anti cancer effect or major toxicity, 235 of which resulted "negative".
The impact of the practice scenario on the main task was also analyzed, leading to the observation that during the experiment scenario participants tend to continue to improve the sub-skills they focused on during the practice scenario.
The advantages and disadvantages of these three techniques are analyzed, leading to the conclusion that the recommended procedure to represent hmF2 is best characterized by a Spherical Harmonics expansion of degree and order equal to 15, since the differences between the hmF2 values obtained with the Jones and Gallet technique and those obtained using the abovementioned procedure are of only 1%.
Effects of surface passivation and particle-substrate interfacial reaction on the size dependent 2p3/2-level shift of nanosolid Cu have been numerically analyzed, leading to information about the reactivity of Cu nanosolid with different substrates, such as graphite, polymer and alumina.
Corresponding regions in Irm cDNA from 129S1 and CzechII/Ei mice were analyzed, leading to the identification of a single nucleotide polymorphism at position 1094A→T creating a NlaIII restriction site in the CzechII/Ei cDNA (Accession numbers: AF498295 and AF498296).
