Recently, @PhilippPk & I developed a synthetic methylotroph in the Vorholt lab to convert green methanol to carbon-negative chemicals. Thrilled to share that we now received the SNF/Innosuisse BRIDGE Discovery grant to support translating our tech to industry. #climateChange
Towards planet-compatible chemicals! Check out our latest research where we use E. coli to convert methanol to industrially relevant molecules.
#ClimateCrisis#GreenChemicals#syntheticbiology
https://t.co/LwJ2FhHBFn
ETH researchers have developed bacteria that efficiently utilize methanol, offering a sustainable alternative to producing valuable products currently derived from fossil fuels. 🛢️ @ETH_DBIOL#FossilFuels#ClimateNeutral https://t.co/px16ummfuC
Recently, @PhilippPk & I developed a synthetic methylotroph in the Vorholt lab to convert green methanol to carbon-negative chemicals. Thrilled to share that we now received the SNF/Innosuisse BRIDGE Discovery grant to support translating our tech to industry. #climateChange
💻We just updated Dashing Growth Curves with additional features and improved performance.
🦠If you’re looking for an easy-to-use tool for rapid analysis of microbial growth check out https://t.co/c3XiUVATDZ
Excited to announce the successful de novo synthesis of the world’s longest DNA #oligonucleotide ever reported to be produced in a single synthesis at 1005 bases. 🧬🧬🧬
Join the Early Access Program: https://t.co/7XezO9JFmj.
Full press release:
👇👇👇
https://t.co/JjAMmLUoDa
Exciting new research out of our lab describing the discovery of a new high affinity siderophore that binds rare earth elements. Eventually, this may help with rare earth element recycling and biomining🤩
Did you know that lanthanides are utilized by some bacteria? ⚛️🦠
In this paper @jbiolchem, we describe the lanthanide response of the methylotroph Methylobacillus flagellatus and the discovery of lanpepsy, a novel lanthanide-binding protein. 🤩
https://t.co/84NLp620Nv
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New tool for everyone studying microbial growth! After one too many tedious sessions analyzing growth curves in Excel or Python, I decided to build a better solution. Dashing Growth Curves https://t.co/QoY79hpGpR is an easy-to-use web app that accelerates growth curve analysis👇
The app is open source (https://t.co/TnNJCNyj2C) and doesn't save any user information or statistics. bioRxiv prepint is forthcoming. I hope some of you will find this useful and I'm welcoming your feedback =)
@Hobbs_Lab_Micro Just noticed, I can't dm you. Have you tried it with the sample dataset? Maybe you could send a screenshot of the curve in question or share the data with anonymized labels at mreiter 'AT' https://t.co/vOwd04CwWV. Then I'll have a look.