Research Articles
A Trojan Horse Vaccine: How Tricking the Immune System Could Defeat Dengue
Discover how targeting the dengue virus's NS1 protein directly to dendritic cells creates powerful protective immunity against this deadly disease.
The Double Agent: How a Friendly Immune Protein Fuels a Hidden Disease
Discover how IL-15, a key immune protein, plays a dangerous double role in visceral leishmaniasis caused by Leishmania infantum.
Burkitt Lymphoma in Uganda: 50 Years of Ongoing Discovery
Explore the 50-year journey of Burkitt lymphoma research in Uganda, from Denis Burkitt's initial discovery to modern genomic breakthroughs and future directions.
The Silent Enemy and the Glowing Tracer: A New Weapon Against Childhood TB
Discover how Tc-99m Ethambutol Scintigraphy revolutionizes childhood TB diagnosis with glowing precision and speed.
Beyond the Brew: The Secret Chemical Universe in Your Tea Cup
Explore the fascinating phytochemical analysis of Camellia sinensis leaves and discover the complex chemistry behind your favorite tea.
The Silent Co-Invader: Why HIV Care Must Tackle an Overlooked Viral Threat
Exploring the critical need for improved surveillance and management of chronic viral hepatitis in HIV patients based on recent clinical research.
The Ultimate Viral Hijack: When One Infection Needs Another to Survive
Exploring the complex relationship between Hepatitis B and Hepatitis D viruses within the liver and how this impacts disease progression and treatment.
T-Cell Tag Team: How a New Combo Therapy Fights Resistant Myeloma
Learn about the promising combination therapy of elranatamab, carfilzomib and dexamethasone for relapsed or refractory multiple myeloma.
The Great Medical Masquerade: When a Virus Mimics Arthritis
Discover how anti-carbamylated protein antibodies are solving the diagnostic dilemma of distinguishing rheumatoid arthritis from hepatitis C-induced arthropathy.
The Great Mimic: When a "Cured" HIV Patient Gets a Familiar Fever
Exploring the phenomenon where HIV rebound after treatment interruption mimics primary infection symptoms and immune responses