Engineered Living Materials Leave the Lab for the Field Robot
Engineered living materials fuse programmed microbes with composites to sense, report, and self-repair — and they are starting to ride on autonomous field robots.
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Engineered living materials fuse programmed microbes with composites to sense, report, and self-repair — and they are starting to ride on autonomous field robots.
FDA clears Ziihera (zanidatamab) as first-line HER2 therapy for advanced stomach cancer, the first bispecific to displace trastuzumab after 15 years.
Auxilium’s AMP-1 printed the first kidney and liver tissue ever made in orbit, pointing to orbital biomanufacturing for organoids and implants.
LanzaTech's Steelanol plant ships ethanol made from steel-mill emissions at 80M litres a year. The carbon-recycling convergence is now commercial, but the margin still depends on policy.
Mango Materials feeds waste methane to bacteria that make biodegradable PHA, carbon-negative on paper. The plant economics decide whether this scales.
NASA and ESA are betting that engineered microbes can make fuel, food, plastics and medicine from local space resources — cutting launch mass by up to 85% versus hauling cargo from Earth.
Hyunjun Park built the machines that write data into DNA, then ran out of runway. Paris rival Biomemory bought the pieces, and with a Scality partnership in hand it promises racks in real data centers this half. The physics case is settled. The money math is not.
R1 Therapeutics debuted in March with an oversubscribed $77.5M Series A and one asset: AP306, a first-in-class phosphate-transporter inhibitor licensed out of Shanghai. Its phase 2a beat sevelamer head-to-head, and a global Phase 2b began July 21.