Research Articles
The RNA Sponge Revolution: How Genetic Dark Matter Heals Your Bones
Discover how non-coding RNAs like lncRNAs and circRNAs act as molecular sponges to regulate bone regeneration by modulating miRNAs function.
Tinker, Tailor, Microbe Spy: Rewriting Nature's Recipe Book with Acyltransferases
How scientists are using acyltransferases to reprogram polyketide synthases and create novel medicines
The Fifth Element: How a Synthetic Chromosome Transforms a Tiny Yeast into a Biotech Powerhouse
Discover how a synthetic fifth chromosome revolutionizes Komagataella phaffii as a biotech powerhouse for therapeutic protein production.
Ozone vs. The Brain Invaders: A New Weapon Against Indestructible Prions?
Exploring how ozone treatment could be a breakthrough in decontaminating prions, the nearly indestructible misfolded proteins causing fatal neurodegenerative diseases.
The Protein Stability Oracle: How INPS Decodes Mutation Mysteries Without a Blueprint
Discover how INPS uses AI to predict protein stability changes from sequence data alone, revolutionizing disease research and drug design.
The Molecular Detective: How Scientists Unravel Protein Drug Mysteries in Our Bloodstream
Discover how Ligand-Binding Mass Spectrometry (LBMS) helps scientists study biotransformation of fusion protein drugs and guide immunoassay development.
Unlocking Nature's Blueprint: Engineering Enzymes for Precision Chemistry
How tweaking a bacterial enzyme's control knobs could revolutionize green drug synthesis through semi-rational engineering of nitrile hydratase
The Humanization Revolution: How Tailored Antibodies Are Rewriting Medicine's Playbook
Explore how antibody humanization is transforming medicine, from CDR grafting to AI-driven design, creating safer, more effective therapies.
Beyond Cholesterol: How Statins Are Revolutionizing Bone Regeneration
Discover how statins, originally developed for cholesterol control, are transforming bone tissue engineering and regeneration through unexpected mechanisms.
The Repetition Problem: How Tiny DNA Loops Hinder Genome Editing and Beyond
Exploring how repetitive DNA sequences challenge PCR amplification and genome editing technologies like TALENs and CRISPR-Cas9.