Explore how cattle develop spontaneous immune responses against multiple Bovine Leukemia Virus proteins and the implications for veterinary science and human medicine.
Explore the complex immune response to Helicobacter pylori infection and how this bacterium manipulates our defenses to establish lifelong colonization.
Discover how ISG15, a versatile immune protein, protects against Listeria monocytogenes infection through interferon-independent pathways and protein modification.
Explore how leukocyte counts change during tuberculosis treatment and what these variations reveal about the body's immune response to infection and recovery.
Exploring the surprising relationship between zinc deficiency and enhanced antibody response in COVID-19 patients, with data visualizations and scientific analysis.
Explore how our immune system mounts a coordinated attack against Hepatitis B surface antigens S and preS2 during acute infection, revealing insights for better vaccines and therapies.
Discover how broadly neutralizing antibodies provide the key to spontaneous Hepatitis C clearance and what this means for future vaccine development.
Discover how Aspergillus fumigatus manipulates GSK-3 in dendritic cells to evade immune response and the potential for immunotherapy treatments.
Explore how Hepatitis C Virus uses its Hypervariable Region 1 as an immunological decoy to evade our immune system and why vaccine development remains challenging.
Discover how Salmonella's AvrA protein manipulates chicken immune systems through sophisticated molecular espionage, with implications for food safety and animal health.