Discover how U1 spliceosomal RNA mutations drive aggressive leukemia through splicing dysregulation and their potential as therapeutic targets.
Discover how peptidomics is revolutionizing our understanding of DPP4's role in human health by mapping its hidden peptide targets.
Exploring how nanobiotechnology protects delicate biomolecules to enable revolutionary drug delivery systems in medicine.
Exploring how modern chemists are developing molecular tools to study and treat diseases through genome and proteome engineering
Breakthrough research in gene therapy targeting IL-1β shows promise for treating osteoarthritis at its root cause rather than just symptoms.
Exploring how microRNA databases help scientists navigate the complex world of gene regulation and their impact on medical research.
How systems biology is unlocking stem cell potential for cardiac regeneration through multi-omics approaches and advanced technologies.
Exploring how DNA and RNA manipulating enzymes are transforming medicine and biotechnology through precise genetic editing and repair.
Discover how scientists are using omics technologies to develop climate-resilient crops that can withstand droughts, floods, and diseases.
Explore the groundbreaking scientific advancements of 2025 that are transforming healthcare, sustainability, and technology through quantum computing, CRISPR 2.0, and AI innovations.