Two rodent models that spontaneously develop ... (such as dysfunctional NK cells or the absence of hemolytic complement) make NOD mice congenic for additional immunodeficiency genes (scid and ...
Selecting an appropriate mouse model is one of the most important decisions a pre-clinical researcher can make. Which is best suited for immuno-oncology? Cancer research and drug discovery has ...
Dozens of rodents have been generated that model various aspects of ALS, like motor impairment or degeneration of motor neurons. No model recapitulates the human disease perfectly. By organizing ...
Fifteen years ago, researchers introduced the first two mouse models of autism, each carrying a genetic mutation linked to autism in humans. They claimed that these mice behaved like autistic ...
Scientists have developed six lines of humanized mice that can serve as valuable models for studying human cases of COVID-19. Scientists at La Jolla Institute for Immunology (LJI) have developed ...
The article’s first paragraph described the study’s finding that “the mouse model has been totally misleading for at least three major killers—sepsis [a life-threatening systemic infection], burns and ...
The murine physiology laboratory has developed models that allow the evaluation of genetic interventions in cardiac function, response to load, inflammation, fibrosis and repair. The common strategy ...
Check out our click-worthy advice on buying mice for work or play, plus thorough reviews of the newest models. I’m an Analyst and ISF-certified TV calibrator focused on reviewing computer ...