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   Conventional catalytic converters rely on costly precious metals, but biotech could replace them with enzymes like laccases and nitric oxide reductases produced cheaply through fermentation. By taking inspiration from heat-proof extremophile enzymes, future “bio-catalytic converters” could deliver cleaner, renewable, and more affordable exhaust treatment. Read the full blog here: https://medium.com/@dravidameya/can-biotech-create-a-biological-catalytic-converter-e388ca5d66ab

  Stevia is a natural sweetener that delivers sugar-like taste without calories or blood sugar spikes, making it safer than sugar, artificial sweeteners, or sugar alcohols. With biotechnology enabling scalable and sustainable production of high-purity glycosides, stevia is poised to transform the future of healthy sweetening. Read the full blog here: https://medium.com/@dravidameya/stevia-a-natural-sweetener-with-biotech-potential-979332eace97

 Most grocery receipts still rely on BPA-based thermal paper, which poses hormone-disrupting health risks through skin contact. Vitamin C offers a safer, biotech-enabled alternative, enabling phenol-free printing that protects people and the planet. Read the full blog here: https://medium.com/@dravidameya/from-bpa-to-vitamin-c-rethinking-thermal-receipt-paper-with-biotech-9508a9d7a463