Discover how genetically engineered mice are helping scientists create better CAR-T cell therapies to fight cancer by studying natural CAR splicing variants.
Explore groundbreaking research on BRCA1 genetic variants outside known domains and their implications for cancer risk assessment.
Discover how intrinsically disordered proteins form biomolecular condensates that control genetic expression and suppress tumors.
Learn how scientists are using targeted antibodies to selectively remove cancer-linked pks+ bacteria from the gut microbiome without disrupting beneficial microbes.
Explore how phylomedicine uses evolutionary biology to combat cancer through molecular phylogenetic approaches in oncology.
Explore how ARID1A, the master regulator gene, impacts cancer development across multiple hallmarks when mutated or lost in cells.
Unraveling the method behind the madness of metastasis through Epithelial-Mesenchymal Transition (EMT) in cancer cells.
Explore how bioinformatics is revolutionizing the detection and treatment of cervical, ovarian, and endometrial cancers through genetic analysis.
Discover how the OncoPPi network is mapping cancer protein interactions to reveal new therapeutic strategies and vulnerabilities in tumors.
Discover how genetic sleuthing and the NCI60 database revealed EAF2 as a key gene modulating statin response in colon cancer cells