Research Articles
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.
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.
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 Gene Electroporation Revolution: Supercharging Fibroblasts for Healing
Breakthrough nucleofection technique transforms fibroblasts into precision healing machines for affordable, scalable regenerative therapies.
The Rainbow Makers: Decoding the Colorful Genetics of Bougainvillea Bracts
Discover how transcriptome sequencing reveals the genetic secrets behind Bougainvillea's vibrant bract colors and the quest for blue varieties
The Next Protein Revolution: Chasing Functional Design's "AlphaFold Moment"
Exploring the quest for an AlphaFold-like breakthrough in functional protein design and its potential to reshape medicine, sustainability, and technology.
The Heat-Resistant Heroes: Engineering Tomorrow's Antibodies with AI and Evolutionary Wisdom
Exploring cutting-edge methods to improve antibody thermostability through consensus design, structural analysis, and AI-powered engineering.
Unlocking Cartilage Repair: How Genetic Tweaks Supercharge Stem Cells
Discover how genetic engineering enhances mesenchymal stem cells with TGM2_v2 for superior cartilage repair and regeneration.
The Silent Superworker: How Corynebacterium glutamicum Feeds and Fuels Our World
Discover how Corynebacterium glutamicum, the 2025 Microbe of the Year, revolutionizes biotechnology through amino acid production, pharmaceuticals, and sustainable biofuels.
The Blueprint of Light: Decoding Nature's Molecular Energy Switch
Discover how the LOV2-Jα photoswitch converts light into biological signals with precise energy measurements of 3.8 kcal/mol, enabling breakthroughs in optogenetics and nanotechnology.