In the proof of the main result of this chapter we shall make use of the following lemma (see Frigon [5]).
The results of this chapter are summarized in Table 3.
We demonstrate the practicability of the interfaces by showing exemplary evaluation results in this chapter.
We have approached this question using phenotypic engineering in the form of subcutaneous testosterone implants, first in males, and then later in females, and we summarize our results in this chapter.
Data describing the results of this chapter are presented in Table 3. Significantly increased risk of MCM of the central nervous system was found in the proximal Bedouin permanent localities, compared to the ones distant from the IP RRR = 2.27, 95% CI 1.44 3.60).
The main result presented in this chapter is related to the long-time behaviour of the solution of the model (8).
The simulation results discussed in this chapter should give an overview of the achievable quality of our synchronization approach.
The results presented in this chapter are inconsistent with the hypothesis that contributions are made only by mistake and with simple linear altruism and warm glow models.
Some of the results contained in this chapter are still under debate and ongoing research is still needed to confirm them because different studies invoke for a same object contradictory processes, in that they result in conflicting uplift history.
The results presented in this chapter are believed to have important implications for the future development of silo loading codes and shell stability design codes in terms of adequate representation of a complex loading condition.
