Explore how engineered antibodies are revolutionizing cancer treatment through precision targeting, immune activation, and advanced biotechnologies.
Discover how supercomputer simulations reveal the crucial role of membrane defects in cellular biology and their implications for medicine and drug delivery.
Discover how CXCL13 chemokine drives aggressive breast cancer in young women and the promising therapeutic strategies emerging from recent research.
Exploring how bioarchaeologists decode narratives of marginalization through the study of 'estranged bodies' in human remains from Ottoman-era Beirut to Victorian Britain.
Exploring how nanoflowers - metallic or organic nanostructures shaped like flowers - are revolutionizing drug delivery and medical treatments.
Discover how molecular farming is turning plant cells into pharmaceutical factories, producing vaccines and medicines faster and cheaper than traditional methods.
Discover how donated breast tissue is transforming cancer research with groundbreaking discoveries about metastasis, aging microenvironments, and treatment resistance.
How a retracted nanoparticle study advanced HER2+ breast cancer treatment through targeted drug delivery concepts
Exploring the complex immunological interactions in blood transfusion medicine and recent breakthroughs in the field.
Exploring how genomics is transforming biology and medicine through CRISPR, AI, and personalized therapies.