Sentence examples for rats predicted from inspiring English sources
Overall attractiveness of individual male rats predicted reproductive success in the present study.
Thus, normal-weight rats predicted to overconsume a fat-rich diet exhibit disturbances in endogenous ENK expression and functioning that may contribute to their long-term, behavioral phenotype.
Neither behavioral (e.g., latency to first sexual stimulation, number of sexual stimulations) nor physiological measures (e.g., body weight, urinary testosterone levels) of male rats predicted their reproductive success.
Insulin resistance and salt-sensitivity of blood pressure co-exist in Dahl salt-sensitive (S), but not salt-resistant (R) rats which in turn raises the following questions: a) Does insulin resistance in Dahl S rats predict their salt-sensitivity?
The PBPK model for rats predicts that the terminal elimination t1/2 is constant at exposures of ≤0.1 μg/kg and increases to approximately 10 days as dose increases from 0.1 to approximately 100 μg/kg in the fixed elimination model.
In support of this, a phylogenetic reconstruction shows the mouse and rat predicted cDNAs segregate in distinct clades with strong bootstrap support (fig. 5).
Interestingly, our three-dimensional thermoregulatory model for the rat predicted that the liver temperature in heat-stressed animals exceeds that of other organs [ 20].
In order to characterize the evolutionary relationships, we constructed phylogenetic trees after alignment of the seven human 8q24.3 ZNF genes along with their mouse and rat predicted orthologs.
In the work of Topaz et al, there is a likely inadvertent error, as when comparing the protein sequences in the publication with the swissProt/NCBI database, it was found that the mouse SAMD9 sequence reported is actually a predicted rat SAMD9 protein sequence [GenBank: XP_575365] and the rat SAMD9 sequence reported is the rat predicted SAMD9L protein sequence [GenBank: XP_001069386].
The alignment of over 70,000 exons common to mouse and rat predicts a synonymous substitution rate of 0.17 [ 16] over 10-fold greater than the Rhox2 paralogues with a dS value of 0.0122 and 100-fold greater for the Rhox4 paralogues at 0.001.
Expectedly, original samples from natrosol-and furosemide-treated rats were predicted "non-toxic" (below 0.35), and prediction was not influenced by changes of pH.
