Research Articles
Setaria: The Mighty Millets Poised to Revolutionize Crop Science
How Setaria viridis and Setaria italica are transforming from humble millets into powerful model organisms for crop science research.
The Visionaries: How AI, Gene Therapy, and Micro-Innovations Are Redefining Eye Care
Exploring the revolutionary technologies transforming ophthalmology in 2025 - from AI diagnostics to gene therapy and smart wearables.
The Invisible Conductors: How Cellular Crowds Control Your Genes
Discover how low-complexity domains (LCDs) form dynamic hubs that control gene transcription through selective molecular interactions.
The DNA Revolution: Building Tomorrow's Medicine with Life's Blueprint
Exploring how DNA transforms from genetic code to programmable biomaterial for regenerative medicine, immune engineering, and data storage.
The Gene Scissors Revolution: Is Genome Editing Redefining Plant Breeding?
Exploring how genome editing technologies like CRISPR are transforming plant breeding to address global food security challenges
The Silent Revolution in Your Gut: How AI and Synthetic Biology Are Rewriting the Rules of Human Health
Exploring how AI and synthetic biology are transforming our understanding of the gut microbiome and revolutionizing human health.
The Hidden Architects: How Policy and Power Shaped Molecular Biology's Revolution
Revisiting the landmark debate about how research policies actively shaped the field of molecular biology, challenging deterministic and apologetic views of scientific progress.
Beyond the Lab Bench: How Public Voices Are Shaping the Genetic Revolution
Exploring how public engagement is shaping the future of genetic technologies and the science behind effective societal dialogue
The Silent Scissors Reshaping Life: How CRISPR and AI Are Revolutionizing Medicine
Exploring how CRISPR gene editing and AI are transforming medicine with breakthrough therapies and diagnostic tools.
Decoding Nature's Molecular Factories: How ClustScan Accelerates the Hunt for New Medicines
Discover how ClustScan revolutionizes drug discovery by decoding biosynthetic gene clusters to predict novel antibiotics and cancer drugs.