Microscale Immune Studies Laboratory.

@inproceedings{Poschet2009MicroscaleIS,
  title={Microscale Immune Studies Laboratory.},
  author={Jens Fredrich Poschet and Amanda Carroll-Portillo and Meiye Wu and Ronald P. Manginell and Amy E. Herr and Anthony Martino and Thomas D. Perroud and Catherine Branda and Nimisha Srivastava and Michael B. Sinclair and Matthew W. Moorman and Christopher Apblett and Kenneth L. Sale and Conrad D. James and Elizabeth L. Carles and Diane S. Lidke and Mark H. Van Benthem and Roberto Rebeil and Julia N. Kaiser and William E. Seaman and Susan L B Rempe and Susan Brozik and Howland D. T. Jones and Paul J. Gemperline and Daniel J. Throckmorton and Milind Misra and Jaclyn K. Murton and Bryan. Carson and Zhaoduo Zhang and Steven J. Plimpton and Ronald F. Renzi and Todd W. Lane and Elsa Ndiaye-Dulac and Anup Kumar Singh and David M. Haaland and Jean-Loup Faulon and Ryan Wesley Davis and James Bryce Ricken and Steven S. Branda and Kamlesh D. Patel and Jaewook Joo and Glenn D. Kubiak and James S. Brennan and Shawn Martin and Allan R. Brasier},
  year={2009}
}
The overarching goal is to develop novel technologies to elucidate molecular mechanisms of the innate immune response in host cells to pathogens such as bacteria and viruses including the mechanisms used by pathogens to subvert/suppress/obfuscate the immune response to cause their harmful effects. Innate immunity is our first line of defense against a pathogenic bacteria or virus. A comprehensive 'system-level' understanding of innate immunity pathways such as toll-like receptor (TLR) pathways… Expand
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