Despite the fact that numerous hypotheses involving fibrosis development have been investigated, the underlying mechanism has not yet been discovered (Bhattacharyya et al., 2012; Broen et al., 2012; Hunzelmann and Brinckmann, 2010; Martin et al., 2012; Rabquer and Koch, 2012).
Though molecular controls of cortical dendritic development have been investigated, the understanding of dendritic development of neurons in the olfactory system is limited.
Correlations between genetic instability and tumour development have been investigated extensively.
Interactions of different members of the BMP and VEGF families related to bone development have been investigated in various animal models [ 5– 11, 24].
Although effects of bacterial growth rate on phage lytic development have been investigated previously [ 7, 8, 9], the results of these studies were used in basic research rather than in biotechnological applications.
DA symptomatology in early development has been investigated in zebrafish embryos and larvae, and has also been found to emulate symptoms characteristic of rodents.
The extensive influence of wind on numerous elements of tree development has been investigated in detail and is well reviewed [ 41].
The utilization of non-medical people (e.g. community health workers and people with similar chronic conditions), particularly in self-care development, has been investigated in the past and has produced favorable results (44, 45).
For this reason, grape berry development has been investigated by monitoring the expression of quality trait-related genes in a classic targeted approach [ 4, 10- 13], and also by global mRNA expression profiling using cDNA or oligonucleotide microarrays [ 14- 19] since genomic resources for Vitis vinifera and related species have been generated on a large scale.
The design, use and development of PMS have been investigated for two different cities in two different European countries.
