2013
DOI: 10.1002/ange.201301970
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Ein Al‐N‐basiertes Lewis‐Paar als effektiver Katalysator für die Oligomerisierung von Cyanamiden – Bildung von acyclischen C‐N‐Oligomeren anstelle von thermodynamisch begünstigten cyclischen Trimeren

Abstract: Polyethin mit einer Kette aus konjugierten C = C-Bindungen bildet die Basis für eine wichtige Substanzklasse, die nach der Dotierung mit Halogenen elektrisch leitende Materialien ergibt.[1] Die Luftempfindlichkeit verhindert zwar eine breite Anwendung, die besonderen Eigenschaften initiierten aber breite Forschungsaktivitäten zur Synthese beständiger Derivate. Die relativ wenig erforschten Polynitrile mit einer Kette von konjugierten C = N-Doppelbindungen bilden eine vielversprechende Alternative.[2] Mit Ausna… Show more

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Cited by 15 publications
(5 citation statements)
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References 48 publications
(19 reference statements)
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“…[20] The XPS experiments, in particular, strongly support the theoretical prediction that the aluminum ions bound to the protein are reduced to a large extent from Al 3+ ions through the simultaneous bonds to the nitrogen and oxygen atoms. These ring structures largely destabilize the protein and result in irreversible denaturation.…”
supporting
confidence: 54%
See 1 more Smart Citation
“…[20] The XPS experiments, in particular, strongly support the theoretical prediction that the aluminum ions bound to the protein are reduced to a large extent from Al 3+ ions through the simultaneous bonds to the nitrogen and oxygen atoms. These ring structures largely destabilize the protein and result in irreversible denaturation.…”
supporting
confidence: 54%
“…This behavior benefits from the ability of aluminum ions to form chemical bonds simultaneously with both the amide nitrogen and carbonyl oxygen atoms on the peptide backbone. [20] The XPS experiments, in particular, strongly support the theoretical prediction that the aluminum ions bound to the protein are reduced to a large extent from Al 3+ ions through the simultaneous bonds to the nitrogen and oxygen atoms. These findings provide a molecular-level understanding of the potential mechanism underlying aluminum-induced neurotoxicity, and may be helpful in novel drug design for aluminum-related diseases, and even provide clues for the treatment of aluminum-polluted water.…”
supporting
confidence: 54%
“…The Al/P-based FLP Ph(H)CC(Al t Bu 2 )PMes 2 and bimolecular AlX 3 /PR 3 systems were shown to activate or coordinate terminal alkynes, 2,3 CO 2 , 2,4 and alkali-metal hydrides 5 or to catalyze the dehydrogenation of amine− boranes, 6,7 while Al−N-based systems were found to activate PhCCH 8 and (c-hex)NCN(c-hex) 8 and to catalyze the oligomerization of cyanamides with the formation of acyclic oligomers. 9 In recent studies we investigated the generation and chemical reactivity of functionalized silicon and germanium compounds. 10−12 Hydrometalation of alkynylsilanes and -germanes carrying one to four alkynyl substituents with aluminum or gallium hydrides yielded the corresponding hydrometalation products with up to three metal atoms by varying the stoichiometric ratio of the starting materials.…”
Section: ■ Introductionmentioning
confidence: 99%
“…Das N‐Methylpiperazin/Di‐ iso ‐butylaluminium‐basierte FLP (10) katalysiert die Oligomerisierung von Cyanamiden, obwohl die Bildung des thermodynamisch günstigeren Cyclotrimers zu erwarten wäre. Die auf diese Weise darstellbaren Oligocyanamide sind bislang nicht isolierbare Studienobjekte für leitfähige organische Polymere 32…”
Section: Chemie Der Gruppe 13unclassified