Post by ErebaGen

When we think about industrial biotechnology and synthetic biology, E. coli and yeast usually steal the spotlight. They’re powerful platforms, but they’re far from the only ones shaping the bioeconomy. Behind the scenes, a diverse cast of microbes powers the products we use every day: 🔹 Corynebacterium glutamicum: makes monosodium glutamate (MSG) and lysine, important for the global food and feed sectors. 🔹 Streptomyces avermitilis: produces the precursor to ivermectin, one of the most widely used antiparasitic drugs in the world. 🔹 Bacillus subtilis: the source of subtilisin, a key detergent enzyme that keeps clothes clean. 🔹 Cupriavidus necator: converts waste carbon into PHA bioplastics for sustainable materials. 🔹 Halomonas bluephagenesis: thrives in saltwater to make bioplastics in open, low-cost fermentation systems. Each of these microbes plays a vital role in making chemistry more sustainable and scalable, often with capabilities that E. coli and yeast can’t easily replicate. This is why there is a motivation to make new hosts that can be used to added to the chemical diversity of industrial microorganisms. At ErebaGen, we’re expanding this microbial toolkit even further. Our platform discovers and engineers enzymes from underexploited bacteria, helping unlock chemistry that’s beyond the reach of traditional systems. Nature’s unsung heroes are already hard at work. We just need to learn from them. #Biotechnology #Biomanufacturing #Biocatalysis #MicrobialDiversity #SustainableManufacturing #SyntheticBiology