Research Articles
The Hidden Trigger: How a Simple Chamber Unlocked Secrets of Leukemia Cells
Discover how diffusion chambers revealed leukemia cells' ability to elevate alkaline phosphatase in response to environmental factors, advancing cancer research.
The Double Agent Within: Re-educating Cancer Cells to Fight Back
Discover how scientists are turning leukemia cells against themselves by transforming them into dendritic cells that activate the immune system.
The Immune System's Secret Weapon Against Leukemia
Discover how antibodies against the OFA/iLRP protein provide natural defense against chronic lymphocytic leukemia and open new paths for cancer treatment.
The Cellular Chameleon: How a Smart Antibody is Catching a Stealthy Cancer
Discover how the anti-MPO monoclonal antibody is revolutionizing the diagnosis of minimally differentiated acute myeloid leukemia (AML-M0) through advanced flow cytometry techniques.
The Silent Civil War: How the Immune System's Betrayal Fuels Childhood Leukemia
Exploring how cellular immune dysfunction contributes to childhood acute leukemia and the revolutionary CAR-T cell therapy approach.
The Unlikely Accomplice: How Bone Marrow Fat Feeds a Rare Leukemia
Discover how bone marrow fat cells actively support leukemia growth and treatment resistance in this groundbreaking research overview.
The Ceramide Switch: How a Little-Known Enzyme Could Revolutionize Leukemia Treatment
Exploring acid ceramidase as a promising therapeutic target for acute myeloid leukemia treatment through sphingolipid metabolism modulation.