Very excited to share the 1st work of my PhD reporting formate assimilation in Pseudomonas putida via the rGly pathway with acetate as energy source in Met. Eng.! Nikel SEM Group DTU Biosustain. Thanks Beau Dronsella , Alberto De Maria and @SteffenNLindner for the great collaboration

MOST CITED ARTICLES 2020 & 2021 ‼️ Minireview on Bacterial chassis for metabolic engineering by Patricia Calero and Pablo Iván Nikel @pabnik.bsky.social from Nikel SEM Group DTU Biosustain DTU. CONGRATULATIONS to the authors. Read it here 👇     my.mtr.cool/qcjxpwyigz (1/2)

Very happy to see the 1st publication of my PhD finally accepted! Thanks Beau Dronsella Alberto De Maria @SteffenNLindner Pablo Iván Nikel @pabnik.bsky.social for making it happen.

Nice video where Daniel Volke from Nikel SEM Group explains the relevance of our recent work identifying a new enzyme for #biofluorination 👏👏👏

Do you need a detailed #protocol for absolute #protein quantification in Gram-negative #bacteria? Look no further: Nicolás Gurdo wrote this STAR Protocols article w/#Pseudomonas as an example · #Proteomics #OpenAccess Nikel SEM Group DTU Biosustain DTU star-protocols.cell.com/protocols/2389

Congratulations to our newly minted Dr. Justine Turlin who nailed her #PhD defense today! Justine tamed #Pseudomonas for #synthetic C1 #assimilation & opened new avenues for #sustainable #bioproduction w/#SynBio · #ProudPI Nikel SEM Group DTU Biosustain PhDs of DTU Biosustain

I am happy to share that after four years in Nikel SEM Group last Friday, I sucessfully defended my PhD. Thank you Nico Claassens Heux Stephanie and Alex Toftgaard Nielsen for the great discussion and feedbacks. I am now excited for the next steps!

A new publication is now OUT! See our latest contribution: "Bioremediation of the herbicide glyphosate in polluted soils by plant-associated microbes" published at COMICR (1/4) IBR Natalia Gottig Betiana Garavaglia. Free access until April! (1/4) sciencedirect.com/science/articl…

#Renewable #electricity ☀️⚡️ and #CO2☁️ can be combined via electrochemistry to generate carbon and energy sources for #microbial growth🦠. The C1-molecule #formate is a good candidate. Yet, its biological conversion into value-added compounds is still underexplored (2/n)