While the current level of sensitivity achieved with this SPR biosensor may be more applicable to virus detection in clinical specimens, broader application and increased sensitivity of this method for foodborne viruses may be achieved when performed in conjunction with efficient virus extraction and concentration methods.
All the experimental procedures including cleaning and preparing the specimens and application of the adhesives were performed at room temperature and air moisture content of 17 g/m3.
In this study, we report a novel methodology that enables the efficient and reproducible whole-genome amplification (WGA) of DNA from small LCM collected clinical specimens for application in the MP NGS protocol.
Micro-mechanical properties of gold electroplated with dense carbon dioxide contained electrolyte (EP-DCE) were investigated by micro-compression tests using micro-pillar specimens for applications as movable components in MEMS devices.
The liquid capillary absorption curves from the stone treated with Paraloid and from the same specimen after application of gel with PEO (Figure 9b) proves that PEO is really able to retain acetone in an extent useful to prevent the fast penetration trough the stone surface.
These results suggest that the proposed method can be used to deposit a uniform collagen coating on specimens for biomedical applications.
The protective materials were applied to simulated specimens by immersion application and all specimens were obtained for consistency.
Figure 8 shows load deflection curves of remaining slab specimens due to application of single and double loads.
Although the results are promising, there is still a need to develop a kind of miniaturized ultraviolet reader to objectively differentiate and sensitively detect clinical specimens in practical application.
The measurement of the mechanical properties of materials with submicron dimensions is extremely challenging, from the preparation and manipulation of specimens, to the application of small loads and extraction of accurate displacements.
