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Advancement of genetically engineered mouse models has provided new tools for interrogating these mechanisms.
Human testing of such vaccines, although protective in mouse models, has produced mixed results.
The intestine from cystic fibrosis mouse models has been described as presenting mucus accumulation and changes in morphology that include enlargement of the villi32,36,39,40.
Although some early research in mouse models has been encouraging, major obstacles remain for neural stem cell (NSC) transplantation therapy.
The development of genetically engineered mouse models has enabled detailed study of the regulation of fetal mineral homeostasis.
Robust phenotypic correction of diseases in mouse models has been achieved paving the way toward the first clinical trials.
Readers of this unique reference will see that the study of mouse models has already demonstrated real translational prowess in vision research.
The usage of mouse models has been vital for biomedical research over the last decades, yet the generation of these models has been extremely difficult and labor-intensive.
The advent of genetically engineered mouse models has greatly expanded the scientific tools available to study cellular and molecular mechanisms of cardiac disease.
The development of genetically engineered mouse models has enabled detailed study of the regulation of maternal mineral homeostasis during pregnancy and lactation.
However, combining studies in humans and studies in mouse models has proved useful in identifying candidate genes for human developmental respiratory control disorders and providing pathogenic information.
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