Therapeutic Toxins
Northwestern investigators are exploring the potential of bacterial toxins to be turned into therapeutic agents to effectively ward off disease.
Browsing: "Microbiology"
Improving Immunotherapy for Chronic Viral Infections
Northwestern Medicine scientists have identified a novel strategy that could improve the efficacy of immunotherapy in treating chronic viral infections.
Critical Mass
Armed with a prestigious new grant, investigators prepare to rapidly translate scientific breakthroughs into better brain tumor therapies. Read the story in Northwestern Medicine magazine.
Study Finds Critical Genes for Viral Lymphoma
A new study has identified genes that, when inhibited, may slow or stop the progression of primary effusion lymphoma.
Human Stem Cell Model Reveals Mechanisms of Herpes Infection
A team of scientists developed a novel stem cell model to demonstrate that a pathway that protects against herpes simplex virus 1 infection is unique to neurons in the brain.
Exploring the Mechanisms of Poxvirus Replication
A study published in the journal Cell uncovers how poxviruses take control of a protein complex in order to enhance their replication and counteract an immune response in hosts.
Finding Links Between Inflammation and Infection
Samantha Genardi, a fourth-year student in the Driskill Graduate Program (DGP), studies cell response to bacterial infection in the laboratory of Chyung-Ru Wang, PhD, professor of Microbiology-Immunology.
Genetic Mutation Linked to Viral Brain Infections
Mutations in a gene called DBR1 may increase patients’ susceptibility to brain infection, according to a study published in Cell.
Findings Provide New Insight into Widespread Virus Behind Birth Defects
A new study advances the understanding of how human cytomegalovirus replicates within cells and also reveals potential treatment targets for the common virus.
Untangling How Epstein-Barr Virus Infects Cells
Northwestern Medicine scientists have discovered a protein that acts as an entry point for the Epstein-Barr virus, providing a potential target for future therapies.