Generation of MLE-15 IRF9 knockdown cells for studying the antimicrobial role of TLRs agonist-induced lung epithelium’s reactive oxygen species

Authors

Carlson H. Ogata, Brown UniversityFollow
Mbaya Ntita PhD, The University of Texas MD Anderson Cancer Center
Scott E. Evans MD, The University of Texas MD Anderson Cancer Center

Files

Program Affiliation

Summer Undergraduate Research Program

Keywords

pneumonia, IRF9, DUOX2

Recommended Citation

Ogata, Carlson H.; Ntita, Mbaya PhD; and Evans, Scott E. MD, "Generation of MLE-15 IRF9 knockdown cells for studying the antimicrobial role of TLRs agonist-induced lung epithelium’s reactive oxygen species" (2023). 2023 Summer Experience. 82.
https://openworks.mdanderson.org/sumexp23/82