🔬 Excited to share this preprint of work at the Max Planck Inst. at @plenart.bsky.social We created an automated microscopy workflow for STED super-resolution imaging & used it to quantify nuclear pore complex density in cells at different stages of the cell cycle www.biorxiv.org/content/10.6...

Humanoid robots are sparking debate. 🤖We’ve seen them folding clothes, running obstacle courses, and now competing in “robolympics”. Soon, perhaps they’ll be working in restaurants. The skeptics say they’re gimmicks. The proponents say they’ll reshape the economy. So, where is this headed?

In a future where liquid oxygen propels rockets around the solar system, the moon’s regolith could be used to produce the fuel. A study quantifies the energy required for production: around 24.3 kilowatt-hours per kilogram of liquid oxygen. In PNAS: www.pnas.org/doi/10.1073/...

Great summary of recent paper on electro microbial production

🌱Great to share a new publication in Nature Biotechnology today: 🔍 “Electro-microbial production techno-economic viability and environmental implications” explores min costs of converting CO2 and electricity into microbial foods and fuels. link: lnkd.in/e-GjdzPt image: first 2025 Springer Nature

Future Foods: A Market Map of Alternative Food Innovators🥛🍄 📊There are approximately: • 17 molecular farming companies. • 170 cultivated meat companies. • 160 protein fermentation companies (biomass & precision). • 20 fermentation companies focused on oils & fats. more info: www.cxbio.io

Great to finally share this study with the world !