Pdf Snake 4.81 Serial Number
Pdf Snake 4.81 Serial Number
regarding vertebrate species that exhibit adult body mass variation in response to variation in body fat, most studies that used other means of evaluating bcis have found that bcs and the ols residual index perform better than the residual fat residual index in predicting variation in adult body mass, a finding that we confirmed in snakes. in a house mouse study, the correlation coefficient for the ols residual index was relatively strong (r = 0.89) in adult females but not males (r = 0.41). by contrast, the correlation between the residual fat residual index and adult mass was slightly stronger in males (r = 0.58) than in females (r = 0.46), and the 95% confidence limits for the correlations were very similar (female: -0.08 to 0.41; male: -0.1 to 0.70), suggesting that the variation in adult body mass is better predicted by the ols residual index in mice than by the residual fat residual index. for juvenile house mice, the correlation coefficient between the residual fat residual index and adult body mass was also weakly positive but not significantly different from zero (r = 0.13) [ 36 ]. this correlation between bci and adult mass contrasts with other species with adult body-size variation in response to variation in body fat, such as deer mice (r = 0.47 [ 36 ], r = -0.36 [ 22 ]), house mice (r = 0.77 [ 22 ], r = 0.89 [ 36 ], r = 0.92 [ 21 ]), and starlings (r = 0.73 [ 27 ]).
we did not use claw measurements to evaluate bci performance in part because we found claw length to be unreliable in our dataset. claw length was typically affected by the tissue that encased the claw in hard-shelled, preserved snakes, as well as by the degree of exposure to air, and from these sources of variation, claw length could be considered to be more prone to error than claws in soft-shelled snakes that have well-defined hard boundaries. claw length also varied greatly in populations and is often closely associated with svl (e.g., [ 24 ]), so it is not surprising that claw length in individual snakes is less useful as a measure of size in our dataset. claw measurements are much less affected by individual variation in claw length than are measurements of other skeletal structures such as head and toe lengths [ 27 ], which were used in this study.
In a previous publication, we described the development of 20 BCIs for detecting Burmese pythons [ 12 ]. We used these BCIs to evaluate the predictive value of the BCIs for snake detection in a multibiomarker analysis where mass was included as a covariate in the model. This model, however, only included snakes with a longer total length. To increase the diversity in our data set, we therefore chose BCIs that had been previously tested with snakes that were shorter than snakes from our data set. Thus, the present multibiomarker analysis includes an additional 10 BCIs tested in smaller snakes.
We compared a snake/all-other model with a model including percent fat and scaled fat, and used the snake/all-other model to assess the value of the different BCIs in predicting a snake/all-other vs. snake/non-snake response. We also used percent fat, scaled fat, and residual fat in a multibiomarker analysis for all BCIs to determine whether they were capable of distinguishing snakes from non-snakes and included the snake/all-other models as an additional response class to increase sample size. In the snake/all-other model, we only tested whether the BCI response varied with snake status. In the snake/all-other vs. snake/non-snake model, we tested whether the BCI response was modulated by snake status while controlling for the body condition of the snake. In the multibiomarker analysis, we combined percent fat, scaled fat, and residual fat into a single model to determine if they effectively distinguished snakes from non-snakes. To improve interpretability of the multibiomarker analysis, we multiplied the output of the different BCIs by their respective coefficient estimates and added a constant so that we could examine the relative value of the different BCIs.
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