Taken together these results indicate lactotropes, gonadotropes, thyrotropes and corticotropes are not overtly altered by somatotrope destruction, thus confirming DT-treated, Cre+/−,DTR+/− adult mice are appropriate models of AOiGHD.
Expressing normal spleen B cell populations, and lacking overt B cell phenotypes, these mice are appropriate to investigating PC-associated autophagy.
The number of mice is appropriate, as the authors seek to derive data from the same number of animals as in the original study (n=5 per group final).
The administration of diethylstilbestrol (DES) to millions of women, and experiments in mice showing a high concordance in pathologic outcome, revealed that mice are appropriate sentinels for studies of the effects of estrogen on development in humans (Newbold 1995; Swan and vom Saal 2001).
However, transgenic mice are appropriate models for studying the effects of the initial rise of amyloid-β in the brain, which is likely one of the earliest events in all forms of the disease, regardless of the trigger initiating that rise (Jack et al., 2013).
Since this circuit is not implicated in circadian photoentrainment (Mure and Panda, 2012), we reasoned the Rorα Cre ;Lhx1 loxP mice will be appropriate for testing the role of Lhx1 in SCN.
Because the design of our RRBS analysis of the pig genome including the restriction enzyme and fragment size selection was identical to that in the studies of humans and mice, it was appropriate to compare our results to the available data from those species.
The initial transformation by EWS/FLI-1 and reversal by KRAB/FLI-1 were similar for both mouse and human genes and demonstrate that the generation of a mouse model for this disease by manipulating the mouse genome is appropriate for elucidating the mechanisms and validating novel therapeutic strategies.
At day 9 postinfection, tail blood drops were examined for the presence of exflagellation, and mice were given the appropriate drug/control treatment by the appropriate route (see Table 1).
Our data suggest that the selected Mdr2-KO mouse model was appropriate for this specific investigation aimed to determine which of the potential different factors contributed mainly to HCC development with special emphasis on the inflammatory process in the Mdr2-KO mice lacking the HCV transgene as its main contribution to the model.
