These characteristics, as well as the availability of inbred mice and genetically altered immunodeficient strains, make the mouse model useful for the study of host immune responses to B. pertussis infection.
Genetically engineered mouse models are useful tools to decipher molecular mechanisms of diseases.
These orthotopic mouse models offer useful tools to investigate the biological behavior of human UM cells in the liver.
Although the available HIV transgenic mouse models are useful for exploring adjunctive therapies, they have several limitations.
These in vivo mouse models provide useful tools to assess the effects of Cyc derivatives on Hh signaling-mediated Carcinogenesis.
HIS mouse models are useful for various applications, but their main drawback is the lack of consistency from mouse to mouse.
Although no animal model fully replicates the human disease, AD mouse models are useful to investigate different aspects of AD pathology and disease progression.
Many studies have used mouse models, which are useful for the investigation of responses to inhaled allergens.
The conditional HSP60 mouse model is useful for studying crucial biological questions concerning HSP60.
Although the mouse model is useful in that it recapitulates features of human HI, drawbacks include the long gestational period and the small number of offspring produced per litter.
