Explore the science, impacts, and future of genetically modified food crops in this comprehensive overview of agricultural biotechnology.
Exploring how prior alkylating therapies affect CAR T-cell therapy outcomes in multiple myeloma patients
Discover how scientists are using water and milk kefir to produce L-Asparaginase, a potential cancer-fighting enzyme, in this groundbreaking research.
Explore the groundbreaking work of Professor Barbara A. Gilchrest in dermatology and her discoveries about telomeres, skin aging, and cellular biology.
Explore the groundbreaking field of drug-induced protein degradation, a revolutionary therapeutic approach that eliminates disease-causing proteins rather than just inhibiting them.
Explore the first comprehensive database dedicated to RNA editing in blood cell development and malignancies, providing unprecedented insights into blood production and cancers.
Discover how scientists are engineering oncolytic viruses with CD40L to create powerful cancer treatments that activate the immune system.
Exploring how compounds from Antrodia camphorata fungus, particularly apiole derivatives, show promising anti-colon cancer activity through cell cycle arrest and apoptosis induction.
Discover how fenretinide targets Ewing sarcoma through p38 MAPK-dependent cell death pathways, offering new hope for treating this aggressive childhood cancer.
Explore how nanotechnology and cellular biotechnology are transforming skin cancer treatment with precision approaches that target cancer while sparing healthy tissue.