AI-Designed Gene Scissors Outperform Natural CRISPR Systems
A team led by Nobel Laureate Jennifer Doudna has developed AI-designed gene scissors that surpass the precision of naturally evolved CRISPR systems. These synthetic nucleases, created using artificial intelligence, have shown higher efficiency in gene editing across bacteria, plants, and human cells. The AI-modified enzymes can insert or delete target fragments more effectively than their natural counterparts. This breakthrough represents a significant advancement in genetic engineering, as it demonstrates the potential of AI to enhance the functionality of biological tools that have been refined over billions of years of evolution. 
