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Mauro Mato
@mato_mauro
Researcher at @CiQUS @MetBioCat
MSCA-Postdoc @CornellaLab @maxplanckpress
PhD @Echavarren_Lab @ICIQchem.
Trained also at @CICAUDC and @BaranLabReads
ID: 1109132217526169600
22-03-2019 16:38:22
697 Tweet
1,1K Followers
1,1K Following
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A new paper from Derek Sprayberry Aspacio et al. establishes a metabolic system of engineered biocatalysts using the noncanonical cofactor NMN+ for biomanufacturing in cell-free systems and in E. coli without interference from NAD(H) and NADP(H). Read it here rdcu.be/dQPUp

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A 4-year PhD studentship in catalysis and synthetic organic chemistry, to start in January 2025 or later, is available in my group Durham Chemistry! 🇬🇧, 🇪🇺 and 🗺️ candidates all welcomed to apply by 27/09/24. Info and how to apply: tinyurl.com/yhjepb9k
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How do you turn a deletion into an insertion? In our latest, Myojeong shows that the anomeric amide can N-delete *and* re-aminate a sulfinate intermediate, enabling an overall SO2 insertion. Another great collab with Christopher Kelly and J&J! doi.org/10.26434/chemr…

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
The final version of this study on the discovery and mechanistic elucidation of an unusual anti-cyclopropanation rxn is now online J. Am. Chem. Soc.. A great collaboration w/ Peng Liu Group, Piercey lab Purdue Energetics Research Center, and #PfizerChemistry led by Huiqi Ni. tinyurl.com/3hmpjp4k

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Do you think Suzuki-Miyaura coupling always requires the presence of a base? No! Check out our newest publication about the SMC of aryl thianthrenium salts under acidic conditions! Out now in Nature Synthesis! rdcu.be/dR0sc Congrats to all involved!
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Skeletal editing: Nitrogen-to-Functionalized Carbon Atom Transmutation of Pyridine Just published in Chemical Science by Glorius Group in collaboration with Osvaldo OG_labs👏👏 pubs.rsc.org/en/Content/Art…

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📣 The latest ERC Starting Grant competition results are out! 📣 494 bright minds awarded €780 million to fund research ideas at the frontiers of science. Find out who, where & why 👉 europa.eu/!hrxyBp 🇪🇺 #EUfunded #FrontierResearch #ERCStG Horizon Europe🇪🇺 EUScience&Innovation🇪🇺
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Extremely happy to share that we have been awarded an ERC StG from European Research Council (ERC) ! Exciting times ahead for the group pursuing our ideas in PCET and catalysis with #More4Less project!
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Unified Method for Oxidative & Reductive Decarboxylative Arylation with Orange Light Ir/Ni Metallaphotoredox Catalysis | JACS Columbia University Columbia Chemistry Rovis Group Total Synthesis and Methodology Highlights #Oxidative #Reductive #Decarboxylative #Arylation #Ir #Ni #Metallaphotoredox pubs.acs.org/doi/10.1021/ja…
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Zn and Mn are commonly used reductants in organic chemistry - but what are their redox potentials in organic solvent?!? Zhiming and Ruohan provide an answer and show why it matters in Ni XEC reactions. UW-Madison Chemistry Nature Chemistry (full access link) rdcu.be/dTa4I
