When doing pure PHY layer research, the Microblaze subsystem is not needed and can be disabled.
The high resolution allows detailed measurements of the lower atmosphere and offers new opportunities for evaporation and boundary layer research, atmospheric profiling and visualization.
PLD is a simple, but multipurpose, experimental method that finds use as a means of modeling a very diverse range of materials, and in extensive areas of thin film deposition and multi-layer research.
An important area of future S-layers research will concern their relevance in terms of pathogenicity, immunomodulatory capacity, health beneficial (probiotic) properties (Hynonen & Palva, 2013), and virulence of organisms.
In this article, a survey is given to more recent developments in applied S-layer research.
Many areas of applied S-layer research will particularly be promoted by the construction of S-layer fusion proteins comprising the intrinsic self-assembly domain and a fused functional sequence (Table 2).
Most relevant for applied S-layer research is the capability of isolated S-layer (glyco proteins to assemble in defined orientations into crystalline arrays in suspension or on suitable surfaces or interfaces (Sleytr et al., 1999, 2005; Pum et al., 2006, 2010).
Although up to now the development of applied S-layer research has focused on life sciences, in future non-life science applications (e.g. molecular electronics, nonlinear optics) will gain importance (Shenton et al., 1997; Mertig et al., 1999; Vyalikh et al., 2004; Maslyuk et al., 2008; Pum & Sleytr, 2009; Queitsch et al., 2009; Sleytr et al., 2013).
Although optimized growth parameters and refined substrate holders have been employed by some researchers to improve the periphery quality of CVD diamond layers, more research needs to be done in this area.
If anything, larding on extra layers of research managers stifles the entrepreneurial spirit that makes nimble biotechnology firms successful.
