Research Articles
The Hidden Cross-Talk: How Heat Treatment Unmasks Heartworm Testing's Dirty Secret
A simple laboratory technique reveals unexpected connections between parasites, challenging what we think we know about heartworm diagnosis.
Tiny Patients, Heavy Burden: The Silent Crisis of Infant Malaria in Nigeria
An in-depth look at the prevalence, determinants, and implications of heavy malaria parasitaemia in young Nigerian infants.
Nature's Pharmacy: How Ginger, Garlic, and Pomegranate Fight a Stubborn Stomach Bug
Discover how ginger, garlic, and pomegranate extracts combat Cryptosporidium parvum infection and protect against gastro-splenic damage through scientific research.
The Silent Shield: How Our Antibodies Fight Malaria Without a Final Kill
Discover how humoral immunity creates a silent shield against malaria, preventing clinical symptoms without eliminating transmission potential.
The Genetic Arms Race: How Myanmar's Malaria Parasites Are Outsmarting Rapid Diagnostic Tests
Exploring genetic variations in HRP2 and HRP3 proteins in Myanmar's malaria parasites and their impact on diagnostic tests
Nature's Hidden Arsenal: Could Common Ginger Be a Secret Weapon Against Malaria?
Exploring the scientific evidence behind ginger's potential as an anti-malarial treatment through experimental research on Plasmodium berghei in mice.
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.
The Shape-Shifting Parasite: A Tale of DNA, Organelles, and a Deadly Disease
Explore the fascinating fine structure of Leishmania donovani and discover how the unique kinetoplast organelle enables this parasite's deadly transformation between insect and human forms.
Unleashing the Inner Soldier: How Our Body Fights a Deadly Parasite
Discover how our immune system activates Natural Killer cells to combat visceral leishmaniasis through TLR9, myeloid DCs, and IL-12 signaling pathways.
A Molecular Trojan Horse: Outsmarting a Parasite with Smart Chemistry
Discover how Zinc(II)-Dipicolylamine Coordination Complexes act as molecular Trojan horses to target and destroy Leishmania major parasites with unprecedented precision.