Because of the polyploidy nature of Brassica, the developed SSR markers usually amplify multiple fragments from the homologous DNA sequences, as revealed in the current (Supplementary Table S8) and previous studies in Brassica.
According to the transcriptional profile of different leaf segments, some genes and transcription factors (WRKY and NAC family) associated positively with the senescence pathway [ 136– 148] 148] were overexpressed in the T segment (Family: NAC, SP803280_c104996_g2) as revealed in the contrast T-M (Table S3 – Additional file 7).
As revealed in this table, in all subsectors except BMI subsector, same frontier hypothesis of each of the subsector groups has been rejected.
As revealed in Table 4, the difference in the STMs computed using the CSSBN and an analytical CSPBN approach is significantly reduced by increasing the sequence length L. However, the inaccuracies, due to the inherent stochastic fluctuations in stochastic computation, are generally small and thus negligible.
As revealed in Table 2, the proportion of children in the community who were AP, ASP Pos and ASP + Gam Pos did not vary significantly in the various age groups.
As revealed in Table 5, the CSSBN approach can compute the SSD more accurately than the approximate analysis.
As revealed in Table 5, the gains are high for both the average and cell-edge user spectral efficiencies which show the substantial benefits of MU-MIMO with ZF transmission in the case of highly directional propagation environments.
As revealed in Table 2, the length of such an antenna, e.g., for 40 MHz band, is about 3.6 m.
For the glioma network, as revealed in Table 8, gene X1, Tie-2, is the most effective for maximizing the percentage of the desirable states.
Another consequence of the absence of pol IV in the pol IV-knockout strain is that pol V can bypass more lesion-containing templates, resulting in the increased viability, as revealed in Table 1 for S-cdA and ref (8) for S-cdG.
