Awesome to see it published :) Happy to have contributed!

Der Morgen danach: Lese BILD über #CO2 und unsere Wissenschaft Max Planck Institute for Terrestrial Microbiology & @SYNMIKRO

From science to #startup: Nicole Paczia Max Planck Institute for Terrestrial Microbiology and her team are developing a new microfluidic chip for high-throughput screening in yeast. The start-up incubation program Max!mize MaxPlanck-Innovation is supporting her maximize-incubator.com #maximizeincubator

The way to formatotrophy was long and rocky. So will be the way to sustainability. But we will walk it! 1/4 biorxiv.org/content/10.110…

Thank you very much for the great collaboration!

Ein Team um Tobias Erb Max Planck Institute for Terrestrial Microbiology nutzt den Baukasten der Natur, um neue Wege der Fixierung von #Kohlendioxid zu entwickeln. Eine neue Studie zeigt, wie das Treibhausgas über das Zwischenprodukt Ameisensäure zu einem industriellen Wertstoff werden kann. mpg.de/20292012/0512-…

Conversion of formate to formaldehyde using a new-to-nature cascade. Maren Nattermann SYBORG #BiotechNatureComms nature.com/articles/s4146…

It was an awesome experience! Great job by the organizers! I'm very happy to have been able to share our work at SYBORG / Max Planck Institute for Terrestrial Microbiology 💪🧪🧬🦠🌱

Together with @minrui_Marry, I wrote a News & Views article on the fascinating study out now in Nature Synthesis (nature.com/articles/s4416…). This strategy represents a promising approach for the translation of CO2-based bioproduction from the laboratory to industry in the future!

We are excited to see these 🌱 turn into 🌻! Fingers crossed for a great growing season this year.

1/Our recent opinion article led by Jan & Vittorio w/ Charlie, Nico Claassens and @SteffenNLindner discusses #cofactor challenges associated to #synthetic methylotrophy Another nice ft. Laboratory of Microbiology at WUR @Lindlichs MPIMP Potsdam Golm 🌱🧪 🧵👇 doi.org/10.1016/j.copb…

Hot off the press: Read how @Shan2luo from our lab constructed a new interface between electricity and biology: powering life-like system directly with electricity might open up new possibilities for #synbio sciencedirect.com/science/articl…

Thrilled to see our work featured in News from Science. Thanks Michael C. Jewett, @drewendy.bsky.social for your nicest comments! Thanks to all co-authors for contributing to this work! SYBORG Simone Giaveri Sebastian Barthel stefano cestellos-blanco science.org/content/articl…

Super exciting results Simone Giaveri Shanshan Luo SYBORG Proteins from electricity!

I am very happy to share our pre-print on the prototyping of a complex enzyme cascade (the CETCH cycle) using in vitro transcription-based (ROSALIND) biosensors. Thanks to everybody involved. We are looking forward to your feedback! SYBORG doi.org/10.1101/2024.0…

Thank you VAAM - Vereinigung f. Allg. u. Ang. Mikrobiologie for awarding me with this year's PhD Award, it was a pleasure to share my research on stage today! And of course thank you to Tobi and all of SYBORG for making it possible in the first place!