Immunology
Dietary LPS can mimic microbial signals and drive gut immune development, with early-life being a critical window for shaping gut immunity.
Bacterial metabolites such as inosine could be used as a therapy to strengthen infant immunity after early microbiota disruption.
N-acyl lipids are important, overlooked molecules shaped by diet and gut microbes.
The findings of a recent study suggest that while T. musculis can worsen asthma, it might also help the body fight off infections, offering potential for new treatments targeting the…
The findings suggest that artificial intelligence can help uncover new antibiotics, opening the way for new approaches to antibiotic discovery. The work also offers an open-access resource for antibiotic developers.
The findings of a recent study may inform the development of antibiotics that kill harmful bacteria and not beneficial ones.
The findings of a recent study suggest that the infant microbiota produces neurotransmitters that are required for the development of the immune system.
The findings of a recent study suggest that mycobiota changes during a SARS-CoV-2 infection could contribute to inflammation associated with severe COVID.
A recent study analyzed microbial colonization in people with RAG deficiency to shed light on the effects of secondary immunodeficiencies.
This study demonstrated fundamental mechanisms through which A. muciniphila and L. plantarum modify the gut microbiota and control immune responses in the SLE mouse model.
