The same temperature dependence of uniaxial and bulk viscosities was demonstrated, indicating that the viscous Poisson's coefficient is temperature-independent.
In addition, short response time, good biocompatibility, low cytotoxicity, long-term stability against light illumination, specificity to O2− over general reductants, and pH stability were demonstrated, indicating that the requirements for cellular O2− determination are met.
PEI26C comb-like polymer exhibited an interesting structure-evolution process, and phase transformation from orthorhombic (βO), monoclinic (βM), to hexagonal (αH) phase, and finally to amorphous state was demonstrated, indicating that large alkyl domains induced the complicated structures.
Finally, by analysing the effects of surface roughness and the characteristics of quasi-static fracture surfaces and fatigue fracture surfaces, the mechanism of how phosphorus doping affects the fatigue properties of SCS micro-beam is demonstrated, indicating that phosphorus doping can increase the difficulty of the initiation and propagation for cracks.
The activity of in vivo expressed circular ribozymes could be demonstrated indicating that they fold into active conformation.
Good discriminant validity was demonstrated, indicating that the CKD-SBI can discriminate between patients in stages 4 and 5.
In various cancers the prognostic value of neutrophil/lymphocyte ratio (NLR) was demonstrated, indicating that high NLR determines worse prognosis of the patients.
Cartilage-specific markers such as type II collagen and sox9 could be demonstrated indicating that the primary rat chondrocytes introduced in the experiments exhibited still differentiated functions.
What is more, a significant inverse correlation between the lubricin level and Mankin score is demonstrated, indicating that lubricin might be partially responsible for the change in cartilage.
Remarkably wide variations and breed specific characteristics were demonstrated indicating that aging of horses by their incisor dentition is very vague [ 2].
