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.
Browsing: "Microbiology"
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.
Molecular Mechanism Behind HIV-Associated Dementia Revealed
Northwestern Medicine scientists showed how enzyme inhibitors might be used to halt a molecular process that can cause neurodegeneration in patients with HIV.
Herpes Virus Mutant Points Towards New Vaccine Strategy
A newly-designed mutant herpes virus provides a strategy for the development of novel herpes virus vaccines.
New Insights Into Herpes Virus Could Inform Vaccine Development
Research published in Proceedings of the National Academy of Sciences provides new insights into antibodies that block the Epstein-Barr virus from infecting human cells.