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. 2024 Mar 4;12:1326453. doi: 10.3389/fpubh.2024.1326453

Table 3.

Seawater.

Mathematical model logLikelihood AIC Lack of fit Residual variance
LogLogistic 3 40.43 −72.86 6.63E−01 0.0012
Weibull 1.3 40.42 −72.84 6.60E−01 0.0012
Cubico 40.98 −71.95 NA 0.0012
Weibull 2.4 40.44 −70.87 3.76E−01 0.0013
LogLogistic 4 40.43 −70.86 3.74E−01 0.0013
Weibull 1.4 40.42 −70.85 3.71E−01 0.0013
Quadratic 35.99 −63.98 NA 0.0019
Linear 27.96 −49.93 NA 0.0040
Weibull 2.3 22.93 −37.86 1.33E−06 0.0070
Cubic 48.40 −86.79 NA 0.0006
Quadratic 47.25 −86.49 NA 0.0006
Weibull 1.4 47.77 −85.54 3.41E−01 0.0006
LogLogistic 4 47.46 −84.92 2.44E−01 0.0006
Linear 45.37 −84.74 NA 0.0007
Weibull 2.4 46.93 −83.87 1.45E−01 0.0007
LogLogistic 40.37 −72.73 2.42E−03 0.0012
Weibull 2.3 40.37 −72.73 2.42E−03 0.0012
Weibull 1.3 40.37 −72.73 2.42E−03 0.0012

Reconstituted seawater. Mathematical models used to describe the number of infecting virions over time after 0–90-min incubation with seawater. For each model, the logLikelihood, AIC, the p value relating to the goodness-of-fit test, and the variance of the residuals are reported. The selected model is highlighted in gray.