Explore antisense cancer gene therapy - a revolutionary approach that targets cancer at the genetic level by silencing specific genes responsible for cancer growth.
Explore how CRISPR/Cas9 technology is revolutionizing cancer research by decoding GC-rich cell-free DNA sequences and their impact on TLR9 and AIM2 sensors in breast cancer cells.
Explore how monoclonal T-cell receptor drugs are transforming cancer treatment by targeting intracellular proteins that traditional therapies cannot reach.
Explore the groundbreaking IL-12-based TMEkine platform that's revolutionizing cancer immunotherapy through targeted delivery and reduced toxicity.
Explore virotheranostics - an innovative cancer treatment approach using engineered viruses for simultaneous diagnosis and therapy.
Explore the revolutionary dTAG system for targeted protein degradation and its potential to transform cancer treatment and biomedical research.
Discover how the LS-7 peptide targets CD133 cancer stem cells and inhibits cancer cell motility, offering new hope for cancer treatment.
Exploring how 3D bioprinting is transforming head and neck cancer research with advanced tumor models that better mimic human biology.
Exploring how 2D-GE protein mapping is transforming cancer diagnostics while facing technical challenges in clinical adoption.
How cell-free DNA (cfDNA) technologies are revolutionizing cancer detection and monitoring through liquid biopsies and advanced genomic analysis