Numerical modeling of flow in the pore network is presented based on actual pore geometry reconstructed employing X-ray computer tomography.
Images were reconstructed employing six algorithms (filtered backprojection [FBP], FBP + time-of-flight analysis [FBP + TOF], 3D-ordered subset expectation maximization [3D-OSEM], 3D-OSEM + TOF, point spread function [PSF], PSF + TOF).
Trees were also reconstructed employing the neighbor-net method (Bryant and Moulton 2004) implemented in SplitsTree v.4 (Huson 1998; Kloepper and Huson 2008), a distance-based method able to detect conflict between phylogenetic signals in the form of networks; the Ucorrected P model of substitution was used.
The cropped sequences were subsequently aligned using MUSCLE [103] and phylogenetic trees were reconstructed by employing PhyML [104], [105], a maximum likelihood (ML -based prograML -basedprograms a seed Neighbor-Joining tree by using a simple hillclimbing algorithm.
Phylogenetic reconstruction employed a Bayesian joint rate- and pattern-heterogeneity model to reconstruct the evolutionary history of these taxa.
In this study, genome-scale metabolic core model of E. coli was reconstructed and employed to perform all simulations in silico according to the reconstruction of engineered strain E. coli NZN111.
The main objectives of this paper were to elucidate and reconstruct the processes employed to make the gilding.
Macrophotography, MA-XRF scanning and visible hyperspectral reflectance imaging have been combined with point analysis with quantitative data treatment to reconstruct the palette employed and answer specific questions regarding the techniques and materials used.
The data were reconstructed per time frame employing an interactive reconstruction algorithm (OSEM2D).
In order to rescue such damaged ocular surfaces, corneal epithelial stem cells were used to reconstruct artificial corneas by employing tissue engineering method.
The trimmed alignments were then used to reconstruct phylogenetic trees by employing two separate methods.
