Research Articles
The Parasite's Secret Weapon: How a Tapeworm Hacks Rabbit Immunity with a Tiny Molecule
Discover how the tapeworm Taenia pisiformis uses a novel microRNA to hack rabbit immune systems by targeting TLR2 receptors.
Breaking the Malaria Deadlock: How Multi-Target DNA Vaccines Are Changing the Game
Discover how multi-target DNA vaccines are revolutionizing malaria prevention through simultaneous induction of multiple antigen-specific cytotoxic T lymphocytes.
The Intestinal Saboteur: How a Parasite Mutes the Body's Allergic Alarm
Discover how Trypanosoma brucei, the parasite causing African Sleeping Sickness, suppresses anaphylaxis-mediated ion transport in the small intestine.
Cracking the Code: How Scientists are Decrypting the Fish Immune System
Discover how omics technologies are revolutionizing our understanding of fish immune responses to pathogens in aquaculture.
The Double Agents in Our Blood: When a Defender Fuels the Disease
Discover how basophils, once thought to be immune defenders, actually amplify damaging immune responses during chronic parasitic infections.
The Unseen Guardians: How Your Platelets Fight a Secret War Against Malaria
Discover how platelets, beyond their clotting function, serve as frontline warriors in the immune system's battle against malaria infection.
Decoding Allergy: The New Scientific Tools Revolutionizing Immune Secrets
Explore how AI, nanotechnology, and biologics are revolutionizing our understanding of allergic diseases and immune system function.
Unlocking the Invisible War: The Malaria Serological Map
How scientists are charting the hidden battle between our immune systems and a shape-shifting malaria parasite through serological mapping.
The Cytokine See-Saw: How Immune Messengers Shape Malaria in Nigerian Communities
Explore the delicate balance between pro-inflammatory and anti-inflammatory cytokines in Plasmodium falciparum-infected individuals from Baiyeku, Nigeria.
How Age Reshapes the Body's Battle Against Leishmaniasis
Discover how aging fundamentally rewires our immune response to Leishmania parasites, influencing disease severity and clinical outcomes in American Tegumentary Leishmaniasis.