Our mapping studies suggest that AKAP2 could position PKA in a way that favours phosphorylation of AQP0.
Additional restriction mapping studies suggest that the hypersensitive regions are within the viral DNA fragment, and not in pUC DNA (data not shown).
This study, as well as previous genome-wide crossover mapping studies, suggests that wild-type strains do maintain crossover assurance although nonexchange chromosomes are occasionally seen (Mancera et al. 2008).
However, models of host-parasite co-evolution typically feature some degree of epistasis between resistance loci [ 3, 4], and the results of empirical linkage and association mapping studies suggest that epistatic interactions can explain considerable variation in infectious disease characteristics within natural populations [ 5, 6].
An alternative theory, supported by recent visual and saccade functional magnetic resonance imaging (fMRI) topographic mapping studies, suggests that PPC neurons provide a retinal/eye-centered coordinate system, in which the coding of a visual stimulus location and/or intended saccade endpoints should remain unaffected by changes in gaze position.
Finally, the localization of TaSTOP1 on long arm of homoeologous group 3 chromosomes and the previously reported major loci associated with Al resistance at chromosome 3BL, through QTL and genome wide association mapping studies suggests that TaSTOP1 could be a potential candidate gene for genomic assisted breeding for Al tolerance in bread wheat.
Even the results of a fine mapping study suggest that a pleiotropic locus could be affecting grain yield and related traits in this region of chromosome 6 [ 39].
With a mean absolute error of 0.109±0.096, this mapping study suggests that MSWS-12 item scores can be used to predict EQ-5D scores with reasonable precision in the North American MS patients.
Thus, this mapping study suggests that EQ-5D scores can be predicted using all the MSWS-12 item scores with reasonable precision in North American patients with MS (see online supplementary appendix 1 for a scoring example).
Functional data from over-expression of Tbx2 and Tbx3 suggest that Tbx3 is involved in specifying digit III in the chick leg [27] and our recent fate map studies suggest that leg digit III is equivalent to digit 4 in the chick wing Hoxd13 is also expressed in progenitor cells for digits 3 and 4 at early bud stages and could again be in response to high levels of Shh signalling posteriorly.
