Explore how bispecific antibodies targeting cancer neoantigens represent a revolutionary approach in oncology, creating precision-guided molecular bridges to direct immune cells against cancer.
Exploring the connection between Epstein-Barr virus and breast cancer development through epidemiological evidence, molecular mechanisms, and clinical implications.
Explore G.I. Abelev's groundbreaking discovery of alpha-fetoprotein and its revolutionary impact on cancer detection and diagnosis.
Discover how reactive oxygen species (ROS), once considered cellular garbage, are now recognized as master regulators of your immune response through IL-4 signaling.
Explore the groundbreaking work of Prof. Dr. med. Manfred Ackenheil, a visionary in biological psychiatry whose research transformed our understanding of mental illness.
Exploring how inquiry-based learning transforms immunology education by developing students' scientific argumentation skills through hands-on experimentation and literature analysis.
Discover how nitric oxide (NO), a simple toxic gas, earned the 1998 Nobel Prize in Medicine for its role as a critical biological messenger regulating blood vessel dilation and more.
Explore how immunologist Stratis Avrameas transformed our understanding of natural autoantibodies and the immune system's self-recognition capabilities.
Explore the groundbreaking findings from the XX International Congress of Zoology held in Paris in 2008, where scientists gathered to address animal behavior, biodiversity, and conservation challenges.
Explore cutting-edge biologic therapies for type 1 diabetes including cell replacement, immunotherapy, and gene editing approaches that could transform treatment.