Doctoral Programs
Immunology & Microbial Pathogenesis
-
Doctoral ProgamImmunology & Microbial PathogenesisMacrophages infected with Mycobacterium tuberculosis (green) which have been stained for inducible nitric oxide synthase (iNOS) shown in red, an enzyme that catalyzes the production of nitric oxide from L-arginine to restrict bacterial growth. The nucleus of the infected cells is shown in blue. Credit: Miljan Stupar -
Doctoral ProgramImmunology & Microbial PathogenesisIntestinal inflammation with epithelial cells (green) exhibiting cell death (marked by cleaved caspase 3 in red). Credit: Dr. G. Sonnenberg. -
Doctoral ProgramImmunology & Microbial PathogenesisInnate lymphocytes (red and green) interacting with microbiota-specific regulatory T cells (blue, green and cyan) in lymphoid tissues. Credit: Dr. G. Sonnenberg. -
Doctoral ProgramImmunology & Microbial PathogenesisMycobacterium smegmatis elongates predominantly from one of the two cells poles. Credit: of Drs. H. Botella and S. Ehrt.
Faculty
Major Areas of Research
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.
There are no faculty that match the selection.