C-H Activation represents a powerful methodology for the creation of known & new molecular entities with promising biological activity. The palladium nanocatalysts used to carry out these transformations can be prepared with known shape. In this project various palladium nanoparticle shapes were prepared & tested in a key C-H activation/direct arylation reaction. The research showed that the react (Q233324)
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Project Q233324 in Ireland
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | C-H Activation represents a powerful methodology for the creation of known & new molecular entities with promising biological activity. The palladium nanocatalysts used to carry out these transformations can be prepared with known shape. In this project various palladium nanoparticle shapes were prepared & tested in a key C-H activation/direct arylation reaction. The research showed that the react |
Project Q233324 in Ireland |
Statements
57,860.89 Euro
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115,721.78 Euro
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50.0 percent
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1 November 2014
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31 August 2016
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University College Cork
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51°53'52.55"N, 8°28'14.09"W
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C-H Activation represents a powerful methodology for the creation of known & new molecular entities with promising biological activity. The palladium nanocatalysts used to carry out these transformations can be prepared with known shape. In this project various palladium nanoparticle shapes were prepared & tested in a key C-H activation/direct arylation reaction. The research showed that the reactivity is greatly influenced by nanoparticle shape. (English)
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C-H Activation représente une méthodologie puissante pour la création de nouvelles entités moléculaires connues avec une activité biologique prometteuse. Les nanocatalyseurs de palladium utilisés pour effectuer ces transformations peuvent être préparés avec une forme connue. Dans ce projet, diverses formes de nanoparticules de palladium ont été préparées & testés dans une réaction clé d’activation C-H/d’arylation directe. La recherche a montré que la réactivité est fortement influencée par la forme des nanoparticules. (French)
25 November 2021
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C-H-Aktivierung stellt eine leistungsfähige Methodik für die Schaffung bekannter & neuer molekularer Einheiten mit vielversprechender biologischer Aktivität dar. Die zur Durchführung dieser Transformationen verwendeten Palladium-Nanokatalysatoren können mit bekannter Form vorbereitet werden. In diesem Projekt wurden verschiedene Palladium-Nanopartikel-Formen vorbereitet & in einer Schlüssel-C-H-Aktivierung/direkte Arylationsreaktion getestet. Die Forschung zeigte, dass die Reaktivität stark von der Nanopartikelform beeinflusst wird. (German)
25 November 2021
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C-H Activering is een krachtige methodologie voor het creëren van bekende & nieuwe moleculaire entiteiten met veelbelovende biologische activiteit. De palladium nanokatalysatoren die worden gebruikt om deze transformaties uit te voeren, kunnen met bekende vorm worden bereid. In dit project werden verschillende palladium nanoparticle vormen voorbereid & getest in een sleutel C-H activatie/directe arylation reactie. Het onderzoek toonde aan dat de reactiviteit sterk wordt beïnvloed door nanodeeltjesvorm. (Dutch)
27 November 2021
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L'Attivazione C-H rappresenta una potente metodologia per la creazione di nuove entità molecolari conosciute con promettente attività biologica. I nanocatalizzatori di palladio utilizzati per effettuare queste trasformazioni possono essere preparati con forma nota. In questo progetto sono state preparate varie forme di nanoparticelle palladio & testate in una reazione chiave di attivazione/arilazione diretta C-H. La ricerca ha dimostrato che la reattività è fortemente influenzata dalla forma delle nanoparticelle. (Italian)
11 January 2022
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Identifiers
254
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