The transcript levels of the three RPP genes (Glyma06g40690, Glyma06g40950, and Glyma40980) were much higher at 0 hai in the BLP-resistant NIL relative to the BLP-susceptible NIL.
Of the six RPP-like genes surveyed, Glyma06g40690, Glyma06g40950, and Glyma06g40980 exhibited significantly higher expression levels than three other genes regardless of time points or NILs.
Two subjects had RPPs with greater than 20%% difference between 82Rb and 15O-water scans at rest, and two subjects had RPPs with greater than 20%% difference between 82Rb and 15O-water scans under pharmacological stress.
This way two regular positive phase (RPP) ionospheric storms and one no-positive phase (NPP) storm have been analyzed.
Comparing the RPP between the two treatments of the cluster 4 or 5 target genes shows that the target genes of these two clusters, highly correlate with respect to their p53 DNA binding (Figure 3D), although they show differential expression upon the two treatments.
Decrease of RPP correlated with initial RPP as well as with decrease of BMI, and of diastolic BP.
Employing the rigid, perfectly plastic (RPP) material idealization, three kinds of deformation mechanisms are compared.
Four treatments were control, low-RPP (LRPP), medium-RPP (MRPP) and high-RPP (HRPP) with 0, 0.48, 0.48 and 0.64 g RPP per kg dietary DM, respectively.
Most of the efforts to develop new resistance in commercial soybean cultivars have been concentrated on the identification of soybean genes from six major loci (Rpp1- Rpp6 and Rpp?) conferring resistance to P. pachyrhizi[ 10- 13].
Only two Regions, without Recovery Plans, did not develop their RPPs.
