Research Articles
The Viral Achilles Heel: How Model Membranes Are Revolutionizing Antiviral Drug Discovery
Discover how model membrane platforms are enabling breakthrough broad-spectrum antiviral drugs by targeting the viral envelope - a structural weakness viruses can't mutate.
Engineering Living Bone: How Genes and Blood Vessels Are Revolutionizing Bone Repair
Discover how gene-modified tissue engineering combined with vascular bundle implantation is creating living bone grafts to heal critical-sized defects.
Taming a Cellular Storm: Engineering a Sharper Weapon Against Cancer
Discover how scientists are engineering a superantigen mutant protein to transform a biological threat into a precision tool for fighting cancer.
Nature's Molecular Assembly Lines: Reprogramming the Factories Behind Life-Saving Medicines
Explore how scientists are dissecting and exploiting intermodular communication in polyketide synthases to create novel medicines and combat antibiotic resistance.
The Sherlock Holmes of Scientific Papers: Teaching AI to Read Between the Lines
Discover how BLSTM-CRF models with FastText semantic space are revolutionizing biomedical event detection in scientific literature.
Unlocking Bacterial Superpowers: How Tiny Mutations Make Shewanella oneidensis Tolerate Formate
Discover how small point mutations enable Shewanella oneidensis to tolerate formate, advancing microbial electrosynthesis for sustainable chemical production.
Building a New Liver: How Stem Cell Science is Creating a Future Without Transplants
Explore recent advances in hepatogenic differentiation of stem cells and their potential to revolutionize liver disease treatment.
Nerve Repair Revolution: Silk-Elastin Alloys That Guide Cellular Growth
A groundbreaking blend of natural proteins is paving the way for smarter nerve regeneration, one charged molecule at a time.
The Smart Nanopore: A Microscopic Detective for Your DNA and Proteins
Discover how smart nanopore technology revolutionizes DNA and protein detection with single-molecule precision for advanced medical diagnostics.
Microtubules as Platforms for Assaying Actin Polymerization In Vivo
Exploring how microtubules serve as pristine platforms for studying actin polymerization dynamics in living cells, revolutionizing our understanding of cytoskeletal coordination.