DaltonTransactions
@DaltonTrans
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This account has been archived. Stay connected with us on https://t.co/NVgcXkGQgV, LinkedIn and Bluesky
UK
Joined February 2009
Social media and connecting with our community – moving on from X. You can continue to find the latest news and updates from Dalton Transactions on our other social media channels: Bluesky https://t.co/RDvwVUp01p LinkedIn https://t.co/KChZqKPWNM
https://t.co/Vjidojqdte
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Congratulations Diego Abad-Montero, very well deserved👏
Congratulations to Diego Abad-Montero, recipient of the Best Oral Communication Award at #BioCiudadReal, sponsored by @DaltonTrans! Your presentation showcased outstanding scientific quality and clarity. Thank you for inspiring us all! @AEBIN5 @FCTQ_uclm @uclm_es
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New #ICMABresearch published in @DaltonTrans. 📌Gold bis(dithiolene) radical with fused pyrazine and dithiine rings on dithiolene ligand turns metallic under pressure https://t.co/h3MAjnZkqh 📜Read the paper here: https://t.co/Vandkl2Amy
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The cover of issue 22 features work by @ramamayil & co on the synthesis of a novel Cu(I) complex which was investigated as a bioinspired model for copper monooxygenases, read it here👇 https://t.co/TtDi0XnwRD 📍@IIT_Bhilai Read the rest of the issue: https://t.co/3jrCnPB1f4
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🧵8/8 Don't miss work from @cforoutannejad, Kyle M. Lancaster, Abolghasem ‘Gus’ Bakhoda & co on alkaline earth metal-assisted dinitrogen activation at nickel👀 https://t.co/NBctQnYd3k 📍@TowsonU and @PAN_akademia
pubs.rsc.org
Rare examples of trinuclear [Ni–N2–M–N2–Ni] core (M = Ca, Mg) with linear bridged dinitrogen ligands are reported in this work. The reduction of [iPr2NN]Ni(μ-Br)2Li(thf)2 (1) (iPr2NN = 2,4-bis-(2,6...
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🧵7/8 Check out work by Olivier Jarjayes, Fabrice Thomas, @storr_tim & co which investigated the formation of metal nitride complexes employing a tetradentate bis-carbene bis-phenolate ligand👏 https://t.co/Q9nt3NKFyR 📍@sfu, @UGrenobleAlpes
pubs.rsc.org
The synthesis of MnV and CrV nitride complexes of a pro-radical tetradentate bis-phenol bis-N-heterocyclic carbene ligand H2LC2O2 was investigated. Employing either azide photolysis of the MnIII...
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🧵6/8 Work from @HartingerHub & co on the investigation into the effect of biotinylation of 8-hydroxyquinoline complexes on anticancer properties of organometallic half-sandwich compounds, take a look👇 https://t.co/hxWNRWlP4D 📍@AucklandUni
pubs.rsc.org
[M(arene)(HQ)Cl] complexes (M = RuII/OsII/RhIII/IrIII; HQ = 8-hydroxyquinoline) have shown promise as anticancer agents. To assess the effect of conjugating biotin (vitamin B7) to such compounds and...
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🧵5/8 "Selective hydroxylation of benzene to phenol via CuII(μ-O˙)CuII intermediate using a nonsymmetric dicopper catalyst" by Hong-Tao Zhang, Jia-Yi Chen, Ming-Tian Zhang & co, access it here👀 https://t.co/OByD76N4jr 📍@Tsinghua_Uni
pubs.rsc.org
The one-step oxidation of benzene to phenol represents a significant and promising advancement in modern industries focused on the production of high-value-added chemical products. Nevertheless,...
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🧵4/8 Work by Ivana Ivanović-Burmazović, @ChrisGo66166877 & co on Ni complexes with polydentate quinol-containing ligands exhibiting catalytic activity comparable to the most efficient Mn-containing SOD mimics🔥 https://t.co/eJ0rqT99OD 📍@AuburnU
pubs.rsc.org
Although nickel is found in the active sites of a class of superoxide dismutase (SOD), nickel complexes with non-peptidic ligands normally do not catalyze superoxide degradation, and none has...
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🧵3/8 Work from Takahiko Kojima & co on 3d-transition metal complexes using an S2N2-type ligand, inspired by the structure of a natural CO2-fixing enzyme, [NiFe]CODH, as CO2-reducing catalysts, read it here👇 https://t.co/HD1EIJavrU 📍@UofTsukuba
pubs.rsc.org
To solve the current environmental and energy problems, the development of an efficient photocatalytic system for CO2 reduction, producing useful chemical resources such as CO, is a promising...
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🧵2/8 Work from @DeyIACS & co investigating the spin state and redox properties of imidazole-bound heme b and diacetyl heme using electrochemistry and SERRS-RDE in aqueous media💡 https://t.co/tFEtSQxFiC 📍@iacskolkata
pubs.rsc.org
The poprhyrin structure, along with its axial ligands and surrounding environment determine its electronic structure which results in a wide range of reduction potentials and different spin states of...
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🧵1/8 🔓#OpenAccess work from @kshatresh & co investigating the mechanism of the evolution of CYP450 for C–C bond formation in arylomycin synthesis, take a look👇 https://t.co/eTyIaYD4V3 📍@snuchemistry
pubs.rsc.org
Arylomycin, a potent antibiotic targeting bacterial signal peptidase, is difficult to synthesize experimentally due to its poor to moderate yields and the formation of a mixture of compounds. A...
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We are delighted to announce our joint Spotlight Collection with @ChemicalScience on Bioinorganic Chemistry📢 Guest Edited by @DeyIACS, Serena Debeer, and @LimLab_KAIST Read the full collection here👉 https://t.co/qE5XRONhHI See 🧵for some of the articles in our journal
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We were proud to sponsor the Inorganic Ireland Symposium 2025 in Galway last week! Congratulations to our poster prize winners @BhawnaAnguralia (@UL) and Judit Fodor (@tcddublin) for your fantastic posters👏
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🔓This week's back cover features #OpenAccess Perspective from @WernckeGunnar which discusses the isolable or structurally authenticated d-block metal nitrenes, imidyls and imidos in higher spin-states, check it out👏 https://t.co/Ttcyq3yblG 📍@Uni_MR and @UniLeipzig
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On the front cover is work by @culver_damien and colleagues on heterogenous alkyne hydrosilylation using well-defined complexes of N-heterocyclic phosphenium ions coordinated to Pt(0), read more here👀⬇️ https://t.co/nvocoq4gPX 📍@AmesNatLab
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@DaltonTrans If you are interested in this collection, check out the RSC Desktop Seminar tomorrow on the chemistry of metal clusters, featuring talks and live Q&A from Stephen Ragsdale (University of Michigan) and Patrick Holland (Yale University)! https://t.co/bgJJ1jXA0n
rsc.zoom.us
The Royal Society of Chemistry invites you to attend the latest in our series of RSC Desktop Seminars. This 60 minute webinar will focus on the Chemistry of Inorganic Clusters, and will feature two...
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Announcing the joint Spotlight Collection on Bioinorganic Chemistry between @chemicalscience.rsc.org and @daltontrans.rsc.org, available to read now! 🧪 Guest Edited by Abhishek Dey, Serena Debeer, and Mi Hee Lim. Read the collection: https://t.co/4s3bXb9Ctv
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🔓Don't miss this #OpenAccess Frontier discussing coordination & organometallic compounds that inhibit platelet aggregation, displaying antiinflammatory & antithrombotic properties by Athanassios I. Philippopoulos & Constantinos Demopoulos⬇️ https://t.co/bk9j6VeSuT 📍@uoaofficial
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