Researchers have mapped the genes of a remarkable bacterium that consumes carbon dioxide (CO₂) and turns it into useful products. Perhaps they can be used to make #plastic, #medicine and #food while also removing #CO2 from the atmosphere, according to the researchers.
#sciencenewsdk @BioSteDonati
Read more: https://t.co/HDU1HUETQC
@WoolstonLabNEU Thank you Ben! We did not try yet, but the method should work in Clostridia as well. A challenge could be sampling, you would probably need to do it in an anaerobic hood to have good samples
1/ 🚨 New preprint! We've developed a robust IDMS-based LC-MS/MS workflow for high-throughput intracellular metabolomics in diverse bacteria. https://t.co/PxBRrUN1ag
#Metabolomics#MassSpec#SystemsBiology
3/ Biological insight:
• A comparative analysis of E. coli, P. putida, C. necator, B. subtilis, P. thermoglucosidasius
• PCA reveals strain- and condition-specific metabolic fingerprints
• P. thermoglucosidasius shows a lower adenylate energy charge than mesophiles
📢 Preprint alert! In this study we provide new genomic insights into #CupriavidusNecator for #C1Biomanufacturing:
- Genome assemblies for more strains
- Species definition refined
- Traits & methylation systems explored
Great job by @magnus_gj and team
https://t.co/pfikw7lwHk
Hot off the press! 📰 Excited to share our latest opinion piece, co-authored with Christopher Johnson, where we explore why Cupriavidus necator stands out as a top microbial host for converting C1 substrates into valuable products
https://t.co/l1dvTczfqo
📢 Preprint alert! In this study we provide new genomic insights into #CupriavidusNecator for #C1Biomanufacturing:
- Genome assemblies for more strains
- Species definition refined
- Traits & methylation systems explored
Great job by @magnus_gj and team
https://t.co/pfikw7lwHk
📣 Exciting news to close the year!
The Novo Nordisk Foundation will continue to support an excellence center for biotechnology at @DTUtweet, building on the remarkable legacy of @DTUBiosustain over the past 14 years.
An even BRIGHTer future ahead!🌟
https://t.co/pCTsphIzGk
Cool project from @SheilaIJensen1 et al. from @DTUBiosustain on engineering a synthetic community of E. coli strains that perform in parallel an aerobic or anaerobic fermentation in the same reactor
https://t.co/2BRKKhL7kC
What kind of childhood makes a top scientist? Is it enough to have all the right traits (brilliance, grit, etc) or do you need the right family too?
And why should we care? A 🧵 on our paper on the Nobel Laureates.
A teaser: the income distribution of the laureates' fathers.1/N
🚨just released! @bioRxiv_synbio preprint where we harness a medium-scale model to guide the design of a suite of metabolic sensor strains for glyoxylate and show some cool applications
A great collaboration w/ @WeTheBarEvenLab and @erblabs
A 🧵[1/n]
https://t.co/KqmhQqsy5V
PhDs and early postdocs with interest in SynBio: apply asap for the great EMBO SynBio course in September! Excellent opportunity, can highly recommend this course that was the best course I did during my own PhD and now happy to co-organize! #synbio@SynBio_NL@EUSynBioS
This years' #EUelections are approaching 🇪🇺 Make sure to be aware about the policies of the EU parliament groups when casting your vote! If you are clueless here goes a quick guide https://t.co/bAGF2lY873
Want to spend few weeks at @DTUBiosustain learning cutting-edge methods in synthetic and systems biology? Make sure to register https://t.co/SZzG6IMMiD the course is also open to international students!
"Advanced #SynBio for Creating Sustainable Cell Factories", led by @Daniel__Volke & @damgaard_jensen, runs @DTUBiosustain on June 6th-26th · Several hosts (yes, including #Pseudomonas!), in silico-driven design & hands-on experiments included! Apply here: https://t.co/4ODJexkXK9
Looking for a postdoc? Fascinated by phage-bacteria interactions?
2-y position at the University of Copenhagen (UCPH), based at UCPH PLEN w/ @LeiseRiber, in collab with our team at UCPH Micro! 🧬🔬 🇩🇰
https://t.co/Kj0a1ygRuJ
Please share with interested colleagues!