Exploring the revolutionary world of antisense oligonucleotides (ASOs) and how drugs like Y900003 and G3139 are changing cancer therapy through precision gene silencing.
Exploring how surface engineering of nanoparticles enables precise gene delivery for advanced therapies.
Explore how 2025's solar technology breakthroughs in efficiency, perovskite stability, and innovative applications are transforming renewable energy.
Discover how bispecific antisense oligonucleotides targeting Bcl-2 and Bcl-xL proteins are revolutionizing cancer therapy by flipping cancer's apoptotic switch.
Discover how novel microbial DNA cytosine deaminases enabled SEM-seq, a breakthrough nondestructive method for base-resolution methylation mapping of cell-free and ultra-low input DNA.
Explore groundbreaking advances in breast cancer treatment including molecular smart bombs, liquid biopsies, and precision therapies transforming outcomes for aggressive subtypes.
Discover how L-asparaginase, a classic leukemia drug, is being repurposed to treat solid tumors through metabolic therapy and immunotherapy combinations.
Analysis of how cultural differences led to Bluebird Bio's failed expansion of gene therapies in Germany despite scientific success.
Discover how Ageratina pichinchensis, a Mexican plant, produces anti-cancer compounds through biotech innovation
Exploring how human artificial chromosomes (HACs) are overcoming safety barriers in pluripotent stem cell therapies, with a focus on Duchenne Muscular Dystrophy treatment.