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Based on the validated finite element (FE) models, a comparative study on the DFG tube, single functionally graded (SFG) tube, and traditional uniform honeycomb filled uniform thickness (H-UT) tube were carried out to explore the crashing behaviors of different structures under multiple load cases.
While the human genome is characterized by a single functionally active AO gene (AOX1), the complement of homologous genes in rodents and other mammals is more complex [4].
In summary, these results show that maintenance of human lung epithelium involves the ongoing stochastic loss and replacement of a single, functionally equivalent, multipotent, progenitor cell population.
From 70 attempted anterograde stainings of single functionally defined sensilla, 10 were successful (excluding weak background stainings and overlapping stainings due to dye leakage; Fig. 6).
Anterograde staining of ORNs present in single functionally defined sensilla allowed us to trace their axons and sensory terminal arborizations into the antennal lobe.
This specificity of interaction implies a single functionally relevant binding mode of cytochrome c, which we have searched for using in silico approaches.
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Second, a comparison of crashworthiness was carried out for (1) four different DFG structures, (2) four single functionally-graded (SFG) structures and (3) one traditional UFT structure.
When functionally analyzed, most genes connecting two QTLs could be included in a single functional cluster.
To develop our model, let us suppose that maintenance of lung epithelium involves the steady turnover of a single, multipotent, functionally equivalent (i.e., equipotent), tissue-maintaining population, a necessary condition of long-term tissue homeostasis.
In this study, two dimensional (2D) and quasi three-dimensional (quasi-3D) shear deformation theories are presented for static and free vibration analysis of single-layer functionally graded (FG) plates using a new hyperbolic shape function.
The distributions of surface and subsurface stresses within single-layer, functionally graded and sandwich coatings on monolithic substrates under Hertz contact conditions (i.e., cylinder on flat contact geometry) have been analyzed by finite element method.
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