By examining the different frequencies of such nested transpositions, the TinT application reconstructs the chronological order of retroposon activities.
Regarding the real application of reconstructing scaffolds, points of scaffolds are successfully detected, extracted, and reconstructed.
In this paper we present the massively parallel implementation and optimization of Mangoose++, a CT application for reconstructing 3D volumes from 2D images collected by scanners based on cone-beam geometry.
This study has successfully developed a gene-modified silk cable-reinforced CHS hybrid scaffold with potential application in reconstructing the cartilage layer of ligament-bone junction.
Through redefining the router denotationsand changing the original router locations, the Torus structure for NOC application is reconstructed.
Here, we investigated the use of hPSC-derived LESC-like cells on bioengineered collagen matrices in serum-free conditions, aiming for clinical applications to reconstruct the corneal epithelium and partially replace the damaged stroma.
Full genome sequences have been used, among many other applications, to reconstruct metabolic networks of different microorganisms such as Escherichia coli[ 43] or Saccharomyces cerevisiae[ 44].
Advances in bioinformatic applications that reconstruct full-length haplotypes residing in viral quasispecies from ultra deep sequence data present a cost-effective and high-throughput method to study the presence and evolution of minority variants [ 18].
To better appreciate this organism and explore potential applications, we reconstructed the genome-scale metabolic model of R. eutropha, RehMBEL1391, consisting of 1391 reactions and 1171 metabolites based on the information obtained from genome annotation data, literature and validation experiments.
In section Results, we discuss the application of ReTrace in reconstructing biosynthesis pathways on basis of genomic evidence.
