Frederik Schmidt
@frederikschmi
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Doctoral researcher @mpi_marburg with @Rebeleinlab interested in #nitrogenase and #metalloenzymes.
Marburg
Joined April 2023
Hot off the press! Our #cryoEM structure of the Fe #nitrogenase complex has been published today in @NatureSMB!. Check out the tweetorial by @schulluc for a summary of our findings!.
Excited to finally share the #cryoEM structure of the iron #nitrogenase complex out today in @NatureSMB. This thread serves to prime you on some of the amazing biochemistry required to make molecular nitrogen (N2) bioavailable!.
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RT @SendkerFL: Happy to share our story on evolution of protein quaternary structure!.We discover an astounding variation in assembly acros….
nature.com
Nature Communications - Many enzymes form homo-oligomers, but it is often not clear why. This study follows the evolution self-assembly in citrate synthases across their phylogeny and finds it to...
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RT @AriSatanowski: Paper alert! 🎉.Excited to share this collaboration from my PhD time @wethebarevenlab and @erblabs!.We built a new bridge….
nature.com
Nature Communications - Acetyl-CoA assimilation pathways are usually associated with the loss of carbon in the form of CO2. Here, the authors report a new metabolic pathway enabled by an engineered...
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RT @schulluc: New in @EMBOjournal, we studied the evolution of essentiality in Form I Rubisco. While @KaHochberg nicely summarizes the evol….
embopress.org
imageimageDuring evolution, Rubisco, the carboxylase of photosynthesis, has become completely dependent on an additional subunit. This dependence is found to have evolved through multiple, genetica...
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RT @mpi_marburg: We made it! 🚀 Our project "HAPPY" is a finalist for #HGP24! Our system for determining the age of yeast can replace animal….
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Great work by @AnaLagoMaciel on the structural & biochemical characterization of methylthio-alkane reductase, a #nitrogenase-like enzyme that catalyzes carbon-sulfur bond cleavages for sulfur recycling. Check out Ana´s summary below!.
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RT @mmMarkus_Meier: Excited to finally making the first steps turning our DynaPore project into an actual technology!.Please, support us by….
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RT @HuRibbe: Our years of work on nitrogenase assembly paid off! So proud of this paper, which demonstrates the heterologous expression of….
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RT @enricoorsi: 🌱C1 feedstocks (formate, methanol, etc.) are transforming #biomanufacturing. By using noncanonical redox cofactors (NCRCs)….
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Grateful for receiving the PhD poster prize at last week´s @ScienceCluster conference on Dream Reactions of #CO2! Thanks to @CORC_CO2 for organizing the event and @RebeleinLab & @IMPRS_Mic for all the support.
Congrats🎉 to @frederikschmi for winning the poster award at the Conference: Dream.Reactions of CO2-.Capture, Conversion.and Beyond organized by @ScienceCluster! @frederikschmi is an outstanding grad student doing fantastic work on the iron #nitrogenase! #ProudPI
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RT @mpi_marburg: Check it out📢 Latest research from @RebeleinLab: Reshaping our understanding of nitrogenases, emphasizing their pivotal ro….
mpi-marburg.mpg.de
The remarkable affinity of the microbial enzyme iron nitrogenase for the greenhouse gas CO2 makes it useful for future biotechnologies
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Paper Alert! Our findings on the iron nitrogenase’s ability to reduce #CO2 to feedstock chemicals under physiological conditions are out today @ScienceAdvances. Read the full story here:
science.org
Iron nitrogenases produce the feedstock chemical formate from environmental CO2 and offer opportunities for a green economy.
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RT @VAAM_Microbes: 🌟An enzyme for carbon fixation🌟.Congratulations to Johannes Rebelein @mpi_marburg 🥳👏.He receives the #VAAMResearchAward….
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RT @SendkerFL: Happy and super excited to share our discovery of a protein fractal! We unravel the surprisingly simple emergence of these m….
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RT @mpi_marburg: Paper Alert 🚀! Exciting findings from @RebeleinLab! Two proteins are crucial for electron supply of Fe #Nitrogenase: new t….
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RT @rene_inckemann: Very excited to share my first corresponding & shared first author preprint (together with @clemens_bohm) about develop….
biorxiv.org
Climate change poses a significant threat to global agriculture, necessitating innovative solutions. Plant synthetic biology, particularly chloroplast engineering, holds promise as a viable approach...
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RT @MatthiasTinzl: Ever wondered why #nitrene reactions are difficult to catalyze using #biocatalysis? Then check out our new publication i….
pubs.acs.org
Nitrene transfer reactions catalyzed by heme proteins have broad potential for the stereoselective formation of carbon–nitrogen bonds. However, competition between productive nitrene transfer and the...
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RT @Shan2_Luo: Excited to share our work @erblabs out today in @NatureCatalysis. A new synthetic CO2-fixation cycle, the THETA cycle, is de….
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RT @HollyGAddison: Our manuscript is now online @Bioarchivepreprint! We explore the role of #ferredoxins (Fds) in nitrogen (N2) fixation vi….
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RT @mpi_marburg: The Fe #Nitrogenase complex is solved ! New insights into a biocatalyst essential for life by producing bioavailable nitro….
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