Barely Significant

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Results indicate that: (1) compared to the original Terra DT and Aqua DT AOD data, the average daily spatial coverage of the merged AOD data increased by 94% and 132%, respectively; (2) the values of four-year average AOD were high in the north-east and low in the south-west of the PYRD; (3) the annual average AOD showed a decreasing trend from 2014 to 2017 while the seasonal average AOD reached its maximum in spring; and that (4) Digital Elevation Model (DEM) and slope contributed most to the spatial distribution of AOD, followed by precipitation and population density.
highly significantqualifiedgold
Introduction The role of healthcare workers (HCW) in the transmission of pathogens from patient-to-patient is well documented; however, increasing evidence reports the contaminated environment as highly significant in pathogen transmission; in particular, high-touch surfaces are recognized as a possible reservoir of infectious agents and their contamination can pose a risk also for the spread of multi-resistant organisms [ 1 , 2 , 3 , 4 ].
By analyzing the equation between the genetic toxicity and the parameters of FQs, it can be seen that the coefficients before TE, EG, Q YY , Q ZZ , Q XZ , Q YZ , CT, GE, log P , HL, and Mol Wt were all positive, indicating that they had positive effects on the genetic toxicity of FQs; that is, the genotoxicity of FQs showed an increasing trend with increasing TE, EG, Q YY , Q ZZ , Q XZ , Q YZ , CT, GE, log P , HL, or Mol Wt.
In addition, the coefficients before q + , q − , E LUMO , PF, Q XX , Q XY , BP, MP, MR, IR-(C–O) svf, IR-brbvf, IR-mbvf, Raman-(C–O) svf, Raman-brsvf, and Raman-msvf were all negative, indicating that they had negative effects on the genetic toxicity of FQs (i.e., with increasing q + , q − , E LUMO , PF, Q XX , Q XY , BP, MP, MR, IR-(C–O) svf, IR-brbvf, IR-mbvf, Raman-(C–O) svf, Raman-brsvf, or Raman-msvf, the genotoxicity of FQs showed a decreasing trend). 3.2.