Bacterial infection
Bone Marrow Plasma Cells Are a Source of Autoantibodies to Interferon-Gamma in Adult-Onset Immunodeficiency
Why Rituximab Does Not Eliminate Autoantibodies in AOID
How the Immune System Responds to Tuberculosis: The Role of Type I Interferons, Neutrophils and T Cells
Early Immune Mechanisms That Determine the Outcome of Mycobacterium Tuberculosis Infection
Type I Interferons Increase Gonococcal Survival
Interferon-Epsilon Promotes Gonorrhea Progression
Lolamycin: A New Antibiotic Preserving Gut Health
Lolamycin Prevents Secondary Bacterial Infections
Type I Interferons are Required to Protect Against Bacterial Pneumonia
IFN-I controls MAIT cell functions during K. pneumoniae infection
How Helicobacter Interferes with Probiotics to Stimulate The Synthesis of IFN-β
The bacterium produces a unique toxin VacA
Helicobacter Isolates Interferon Out of The Immune System
Bacteria create islands of safety for themselves
Modern Immunity was Designed by The Black Death Epidemic of The 14th Century
ERAP2 gene protects against plague but increases the risk of autoimmune disease
Interferon-alpha Reduces Recurrent Bacterial Vaginosis Frequency in Pregnant
Randomized study of vaginal biocenosis during gestation
Interferon Deprives Chlamydia for Reproduction
Research on human epithelial cell culture
Interferons in the pathogenesis of bacterial infections
Interferons can increase or decrease the disease depending on the type of bacterium, the disease stage, the path of infection, or the body's characteristics