MIT’s DIAL System Is Revolutionizing Synthetic Gene Control Controlling the exact amount of protein a cell produces from a synthetic gene isa tough challenge for genetic engineering teams. Imagine tuning gene activity like a volume dial, not just during initia... biotechnology cell reprogramming gene therapy genetic engineering MIT research promoter editing synthetic biology
AI Breakthrough: Designing Living Phage Genomes from Scratch Artificial intelligence has taken a bold leap from designing individual proteins to creating entire viral genomes that function in the real world. Researchers at the Arc Institute and Stanford have ac... artificial intelligence bacteriophages bioengineering biosecurity biotechnology genome design phage research synthetic biology
Cell Memory: Cells Remember in Shades, Not Just Black and White Recent research from MIT is challenging the conventional wisdom about epigenetic memory, suggesting that cells can maintain a wide range of gene expression levels over time. This discovery moves us be... biological engineering cell identity DNA methylation epigenetics gene expression synthetic biology tissue engineering
Turning Plastic Waste into Medicine: Biocompatible Chemistry Breakthrough in E. coli What if plastic waste didn't end up in landfills or oceans but instead becomes the starting point for life-saving medicines. Researchers researchers are working towards this reality by integrating the... biocompatible chemistry E. coli Lossen rearrangement metabolic engineering paracetamol biosynthesis plastic upcycling sustainable manufacturing synthetic biology
RNA’s Hidden Structural Powers Are Changing Molecular Biology For decades, RNA has been seen primarily as a messenger—carrying genetic instructions between DNA and the machinery that makes proteins. But recent research has upended this view, revealing that RNA i... biotechnology cryo-EM molecular biology RNA SLAC Stanford synthetic biology