The meso-limbic and orbito-frontal dopaminergic systems has also been demonstrated to be implicated by simultaneously measuring the fixation potential of 11C-raclopride, a D2/D3 agonist.
Residues located at the key positions identified in this work, have been experimentally demonstrated to be implicated in ligand recognition in several systems, including, among many others, adenosine, serotonin, P2Y, and free fatty acid receptors [20], [28], [63] [66].
Among the 21 GyrB substitutions described in the literature, only two have been demonstrated to be implicated in resistance to FQ (N538D and E540V) [ 17].
On the basis of their expression patterns various serine and cysteine proteases and ribonucleases, have been demonstrated to be implicated in the control of xylem PCD [ 4, 29, 44- 47].
Other neurotrophic factors, such as HGF, VEGF, NGF, bFGF, FGF-2, and IGF-1, have been demonstrated to be implicated in endogenous repair mechanisms mediated by MSCs [ 126, 134, 137, 153, 154].
DCLs have been demonstrated to be widely implicated in the processing of diverse sRNA precursors in plants (Chen, 2009).
Both these two domains have been demonstrated to be present in proteins implicated in plant resistance (Spoel and Dong 2012; Sekhwal et al. 2015).
The expression of IL22ra2 has been demonstrated to differ between the strains implicating difference in regulatory regions [ 31].
MMP-9 has been demonstrated to be the main metalloproteinase implicated in the development of IBD [ 8, 14].
