Research Articles
AI and the Code of Life: Programming Biology for a Healthier Future
Explore how AI is revolutionizing chemical biology, accelerating drug discovery, and enabling biological programming for health and sustainability.
Rewriting Life's Recipe: How Genetic Code Expansion is Revolutionizing Chemical Biology
Explore how genetic code expansion technology enables incorporation of noncanonical amino acids into proteins, revolutionizing chemical biology research.
The Evolution of DNA-Encoded Libraries: From Simple Binding Assays to Smart Molecular Discovery
Explore how DNA-encoded library selection methods have evolved from simple binding assays to sophisticated functional screens in biologically relevant environments.
Cracking Immunity's Sugar Code: The Chemical Tools Revolutionizing Immunotherapy
Explore how chemical biology tools are revolutionizing our understanding of O-GlcNAcylation in immune system regulation and immunotherapy development.
EU-OPENSCREEN: The European Search Engine for Cancer Cures
Discover how EU-OPENSCREEN is accelerating anti-cancer drug discovery through collaborative open-access research and shared compound libraries across Europe.
Cracking Cancer's Defense Code: How Chemical Biology is Revolutionizing Cancer Therapy
Explore how chemical biology is transforming our understanding of cancer drug resistance and developing innovative strategies to overcome it.
The Chemical Biologist's Toolkit: Unlocking the Secrets of Protein Methyltransferases
Explore how chemical biology tools are revolutionizing our understanding of protein methyltransferases and their role in epigenetic regulation and disease treatment.
Small Compounds, Big Impact: The Tiny Libraries Revolutionizing Drug Discovery
Explore how small compound libraries are transforming drug discovery with curated chemical collections that accelerate breakthroughs in medicine.
The Glycan Architect: How Barbara Imperiali Decodes Nature's Sugar Code
Profile of Barbara Imperiali, a trailblazing scientist decoding nature's sugar code through interdisciplinary research in glycobiology and chemical biology.