Research Articles
The Hidden Invaders: How Parasitic Worms Shape Our Risk of Chronic Diseases
Exploring the complex relationship between helminth infections and non-communicable diseases in tropical regions.
The Invisible Killer in Salmon Farms: How a DNA Test Revolutionized Aquatic Disease Control
How PCR technology revolutionized detection of Loma salmonae in farmed salmon, enabling early intervention against microsporidial gill disease
The Invisible Enemy: How Glowing Dyes and High-Tech Cell Sorters Are Revolutionizing Parasite Detection
Discover how fluorescent dyes and flow cytometry are transforming the detection of Babesia gibsoni parasites in canine blood, enabling faster and more accurate diagnosis.
The Tiny RNA Controllers: Unlocking the Secrets of a Parasite's Survival Guide
Discover how microRNAs enable Echinococcus canadensis to thrive as a parasite and potential applications for diagnosis and treatment.
The Living Pharmacy: Ancient Plant Wisdom from Iran's Desert Healers
Exploring the 5,000-year-old ethnobotanical knowledge of Kerman province, Iran, where 402 medicinal plant species are used by indigenous communities for healing.
The Stealth Saboteurs: How a Novel Erythrocyte Kinase Pathway Turns Blood Cells Against Us in Malaria
Discover how Plasmodium falciparum hijacks erythrocyte kinase pathways to turn red blood cells into accomplices in malaria infection.
The Hidden War: How Immune Cells Shape the Battle Against a Disfiguring Skin Parasite
Groundbreaking research reveals how Th17 and Treg cells orchestrate the immune response in chronic cutaneous leishmaniasis caused by Leishmania tropica.
The Super-Sponge & The Sieve: Revolutionizing Surface Water Cleanup
Discover how high-concentration PAC-MF technology combines powdered activated carbon with membrane filtration to revolutionize water treatment.
The Silent Assassin: How a Humble Plant and Nanotech Are Revolutionizing Mosquito Control
Discover how Leucas aspera and nanotechnology combine to create an eco-friendly solution against deadly mosquito vectors like Aedes aegypti and Anopheles stephensi.
Digital Drug Hunters: How Computational Power is Revolutionizing the Fight Against Leishmaniasis
Exploring how in-silico methods are accelerating antileishmanial drug discovery through computational biology and AI.