The XPS test is carried out to characterize the chemical component of Nb2O5 raw material and the products obtained after hydrothermal reaction, as shown in Fig. 4. The difference of Nb 3d3/2 and 3d5/2 is the 2.7 eV for both samples, indicating the Nb5+ state in both samples without other reduced Nb oxides species [3].
For both samples (donor #1 and #2) this analysis demonstrated strong correlations between all serial dilutions and their reference sample with a clear reduction in correlation for the highest dilution for both samples, indicating the analytical sample size limitation associated with our analytical protocol.
The two strong absorption peaks below 1000 cm−1 in both samples indicates the presence of ferrites [31].
Absorption peak observed in the range of 340 370 nm in both samples indicates the presence of defects and oxygen vacancies.
Analysis of the AL model for both samples indicates the same dimensional structure, although the explanatory power of the dimensions differs between the groups.
Moreover, the presence of an additional band in the region of =1700 cm−1 for both samples indicates the close contact of rhodium and cerium atoms.
It is observed that various bonds are resembling in both the samples indicating the B N bend at 700 cm−1, B H2 torsion at 1,500 cm−1, B H2 bend at 1,300 cm−1, B H, B H2 stretch at 2,300 cm−1 and N H,N H2, N H3 stretch above 3,000 cm−1.
Comparison of the static spectra of pure lipid vesicles and those containing KcsA reveals a similar reduction in chemical shielding anisotropy in both samples indicating that the introduction of KcsA did not significantly perturb the dynamics observed in the bilayer and had no effect on the overall charge on the bilayer surface [17,18].
Additionally, the presence of leptin itself was detected in both MFP and MT samples, indicating the potential for paracrine and/or autocrine action of leptin.
Some RAP homologs (e.g. unigene16978 and CL5587.contig2) and ERF homologs (e.g. unigene8840, CL4762.contig1, CL13298.contig1), which were seldom studied in cold sensing were up-regulated in both C4 and F4 samples, indicating the potential function of these subfamilies in cold response.
WT cotyledons show lower CDK activity compared to the whole seedling, but in AP2C3oe lines the CDK activity was much higher in both samples indicating active cell proliferation in the cotyledon (Figure 8A).
