Neonatal immunity | Mucosal immunology | Host/Pathogen interactions
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I know Drosophila doesn’t have lungs 🫁 😉 to fully model CF pulmonary infections … but here we provide the mechanistic consequences of ENaC hyperactivity.
(3/3)
I know Drosophila doesn’t have lungs 🫁 😉 to fully model CF pulmonary infections … but here we provide the mechanistic consequences of ENaC hyperactivity.
(3/3)
-CFTR-deficient flies and ENaC-overexpressing flies are both highly susceptible to infection by CF-related pathogens
- ENaC blockade in CFTR-deficient flies is sufficient to rescue their survival, suggesting that ENaC hyperactivity drives at least partially susceptibility.
(2/3)
-CFTR-deficient flies and ENaC-overexpressing flies are both highly susceptible to infection by CF-related pathogens
- ENaC blockade in CFTR-deficient flies is sufficient to rescue their survival, suggesting that ENaC hyperactivity drives at least partially susceptibility.
(2/3)