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This discrepancies suggest insufficient knowledge of high temperature quenching by H2O and N2.
The reasons of this discrepancies are likely multifactorial e.g., differences in study design, setting, data measurement, definition of outcomes, or any combination of these factors.
For Ba and U this discrepancies can be due to the difficulty to analyze such kind of elements even if for Ba our "measured value" (43.4 ± 0.5) and the "average value" (39.05 ± 15.62) are quite similar.
Although the reasons for this discrepancies remain unknown, clearly rely to the different study designed used.
As the former study did not specify which antibody that was used, we cannot exclude that this discrepancies might be due to the use of different antibodies.
Nevertheless, the traditional CVRFs fail to completely explain these sex differences, and the new "non-classical" factors seem to be able to improve knowledge and clarify this discrepancies, in particular the more atherogenic lipid sketch and pro-inflammatory and pro-angiogenic profile, viewed mainly by the contents of HDL-c subpopulations and the serum values of TNF-α, hsCRP and VEGF.
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But why this discrepancy?
This discrepancy cannot stand.
This discrepancy is unsustainable.
This discrepancy is intentional.
What explains this discrepancy?
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com