Barely Significant

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highly significantqualifiedgold
Significance Analysis of Metabolomics (SAMs) Involving 1 H NMR Bucket Variables For the Cu(II) titration data (featuring added levels of 0–67 μmol/L), this MV analysis yielded very low, very highly significant q values (i.e., very close to zero), and the rank Cu(II)-broadening order of these found was found to be isoleucine > β-glucose > lysine > acetate > valine > methionine > leucine > pyroglutamate > arginine > dimethylsulphone > threonine > methanol > aspartate > N-acetylsugars (q ≈ 0 for all of these), and cystine ( q = 0.002); a q value is equivalent to an FDR-corrected p value.
In-depth analysis of the Langmuir parameters revealed the key influence of temperature: the theoretical maximum adsorption capacity ( q m ) increased from 205.433 mg/g at 298 K to 214.653 mg/g at 308 K and reached 229.765 mg/g at 318 K; meanwhile, the constant K L , which reflects the adsorption affinity, also showed an increasing trend, i.e., K L , 298 K (0.346 L/mg) < K L , 308 K (0.453 L/mg) < K L , 318 K (0.744 L/mg), indicating that the increase in temperature not only enhanced the limit adsorption capacity of the material but also strengthened the binding ability of the adsorption sites to TC molecules.
highly significantqualifiedgold
c regression multivariate equation was established as follows: Y = 21.25 + 0.798333A − 0.0258333B + 1.13333C + 1.06917D + 0.8125AB − 1.035AC − 0.3475AD − 0.2375BC − 0.0025BD − 0.7075CD − 1.19292A 2 − 2.25417B 2 − 2.72792C 2 − 1.05417D 2 As shown in Table 2 , the model exhibited a p -value < 0.0001 (highly significant), while the lack-of-fit term had a p -value of 0.5375 (not significant).