Top Tweets for #tocoftheweek
Zhang et al. disclose the gram-scale, one-pot synthesis of a new cofacial porphyrin architecture, and its metalated products with Ni(II), Co(II), and Cu(II). Don’t miss our #TOCoftheWeek: https://t.co/pLbHy1KEw8
In their review, BarthélemyIngo and Krossing discuss the growing interest in cationic group 13 and 14 cluster chemistry and its potential applications. Introducing our #TOCoftheWeek: https://t.co/tXbNz5N1hl
Le et al. demonstrate that peptide-like thiocarboxamide ligands clip manganese carbonyl Mn(CO)3 fragments together in reduction-level-dependent structural forms. Please take a look at our #TOCoftheWeek: https://t.co/Phsf7FrOUR
Le et al. demonstrate that peptide-like thiocarboxamide ligands clip manganese carbonyl Mn(CO)3 fragments together in reduction-level-dependent structural forms. Please take a look at our #TOCoftheWeek: https://t.co/Phsf7FrOUR
Szarszoń et al. show that Cu(II) and Zn(II) ions boost the antifungal power of the C-terminal peptide from CCL-28, enhancing its antimicrobial potency through ROS production at slightly acidic pH. Introducing our #TOCoftheWeek: https://t.co/0tFFlkw1eT
In this Viewpoint article, Engbers et al. propose definitions for the terms biomimetic and bioinspired wherein structure and function have been decoupled. Do not miss our #TOCoftheWeek: https://t.co/hitI8R48Fc
In this Viewpoint article, Engbers et al. propose definitions for the terms biomimetic and bioinspired wherein structure and function have been decoupled. Do not miss our #TOCoftheWeek: https://t.co/hitI8R48Fc
Wang et al. design a flexible macrocyclic ligand to synthesize copper(I) complexes of varying nuclearities with interesting dynamic behavior. Presenting our #TOCoftheWeek: https://t.co/v4oP2HDvwa
Wang et al. design a flexible macrocyclic ligand to synthesize copper(I) complexes of varying nuclearities with interesting dynamic behavior. Presenting our #TOCoftheWeek: https://t.co/v4oP2HDvwa
Yang et al. report on an AIE-active curcuminoid–BF2 complex, which exhibits a D−π–A−π–D arrangement, for the development of a red LED device. Don’t miss our #TOCoftheWeek: https://t.co/RUOBo3PZoM
In our #TOCoftheWeek, Bokouende et al. describe the synthesis and study of complexes of Eu(II) and Sm(II) with hexamethylhexacyclen as a novel ligand, showcasing unique geometries and emission spectra: https://t.co/Cmm7ZZQqoQ
In our #TOCoftheWeek, Bokouende et al. describe the synthesis and study of complexes of Eu(II) and Sm(II) with hexamethylhexacyclen as a novel ligand, showcasing unique geometries and emission spectra: https://t.co/Cmm7ZZQqoQ
Colliard and Deblonde present 25 new compounds with Keggin-derived ligands, forming a consistent base formula of Csx[M(XW11O39)2]·nH2O. Check out our #TOCoftheWeek: https://t.co/M098YQ5eTp
![InorgChem's tweet photo. Colliard and Deblonde present 25 new compounds with Keggin-derived ligands, forming a consistent base formula of Csx[M(XW11O39)2]·nH2O. Check out our #TOCoftheWeek: https://t.co/M098YQ5eTp https://t.co/vXWckVgYhc](https://pbs.twimg.com/media/GWJumWCXYAAQxA8.png)
Gravogi et al. demonstrate the extraordinary flexibility of the tris(NHC) ligand TIMMNMes to support iron in eight oxidation states, iron(0) to iron(VII). Don't miss our #TOCoftheWeek: https://t.co/0L3PzT5rmj
Gravogi et al. demonstrate the extraordinary flexibility of the tris(NHC) ligand TIMMNMes to support iron in eight oxidation states, iron(0) to iron(VII). Don't miss our #TOCoftheWeek: https://t.co/0L3PzT5rmj
Li et al. study the Prins cyclization reaction catalyzed by [Ga4L6]12− using molecular dynamics simulation and DFT calculation. Please check out our #TOCoftheWeek: https://t.co/Di33MrWmYD
![InorgChem's tweet photo. Li et al. study the Prins cyclization reaction catalyzed by [Ga4L6]12− using molecular dynamics simulation and DFT calculation. Please check out our #TOCoftheWeek: https://t.co/Di33MrWmYD https://t.co/AXbp6CCbOZ](https://pbs.twimg.com/media/GU3VC5hX0AAJF1e.jpg)
Li et al. study the Prins cyclization reaction catalyzed by [Ga4L6]12− using molecular dynamics simulation and DFT calculation. Please check out our #TOCoftheWeek: https://t.co/Di33MrWmYD
Ocampo and Murray report the ligand reactivity of anionic tris (β-diketiminate) copper complexes toward alkyl halides and Brønsted acids. Please enjoy our #TOCoftheWeek: https://t.co/orn3sYChQc
Ocampo and Murray report the ligand reactivity of anionic tris (β-diketiminate) copper complexes toward alkyl halides and Brønsted acids. Please enjoy our #TOCoftheWeek: https://t.co/orn3sYChQc
Duda et al. used DFT and CCSD(T) to predict the ligand binding energies of phosphine and N-heterocyclic carbene complexes with group 1 cations, group 2 dications, group 10 neutral complexes, and group 11 cation complexes. Don’t miss our #TOCoftheWeek: https://t.co/MtMdlpcX9u
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