In the present study, HS specimens had significant neuronal loss in the EC, similar to the pattern described by others (Cavanagh and Meyer, 1956; Falconer et al., 1964; Du et al., 1993).
Immunohistochemical studies in surgical specimens have identified significant differences in the expression levels of several steroid hormone receptors and their related proteins between nonneoplastic urothelium versus urothelial tumor and between low-grade/non-muscle-invasive versus high-grade/muscle-invasive urothelial tumors.
The orientation of the specimen was found to have significant effect on both the creep behaviour and residual strength of creep-conditioned specimens.
According to Fig. 9, IL becomes steeper with decreasing specimen size, which can have significant implications for liquefaction triggering and stability analysis.
From the analysis it is evident that among the all significant parameters, specimen thickness and cutting speed have significant influence on peel up delamination and the specimen thickness and feed have more significant influence on push down delamination.
Different specimen thicknesses and different tapping positions have significant effect on the repeatability of test results; it is recommended that using 4 cm thickness specimen and impacting on the edge of specimen to evaluate the degradation of asphalt mixture anti-freeze-thaw performance.
The results of this robust, validated large-scale prospective-specimen collection, retrospective-blinded evaluation study have significant implications, as MUC1 has been the focus of several studies aiming for early detection of breast cancer (Chapman et al, 2007; Pinheiro et al, 2010; Wandall et al, 2010; Zhang and Tan, 2010; Blixt et al, 2011; Lacombe et al, 2013).
The pore structures have significant impacts on the freeze thaw durability of cement/concrete specimens.
The parametric study showed that the actual confinement ratio, orientation of fibers and CFRP bar reinforcement ratio have significant influences on P−M interactions of CFRP-CFFT specimens.
Engineering structures may have significant lower crack-tip constraint compared with those in the standard fracture toughness test specimens.
