Title of article
Animal Bone Meal: A Novel and Efficient Green Catalyst for Accelerated Oxidation of Hantzsch 1,4-Dihydropyridines
Author/Authors
azzallou, r. université ibn zohr - equipe de matériaux, catalyse valorisation des ressources naturelles, Agadir, Morocco , azzallou, r. université hassan ii de casablanca - urac - laboratoire de biochimie, environnement agroalimentaire, Mohammedia, Morocco , taleb, m. ait université ibn zohr - equipe de matériaux, catalyse valorisation des ressources naturelles, Agadir, Morocco , mamouni, r. université ibn zohr - equipe de matériaux, catalyse valorisation des ressources naturelles, Agadir, Morocco , benlhachemi, a. université ibn zohr - laboratoire matériaux et environnement, Agadir, Morocco , bakiz, b. université ibn zohr - laboratoire matériaux et environnement, Agadir, Morocco , villain, s. aix marseille université - institut matériaux microélectronique nanosciences de provence, France , villain, s. université de toulon - cnrs, im2np - umr, France , lazar, s. université hassan ii de casablanca - urac - laboratoire de biochimie, environnement agroalimentaire, Mohammedia, Morocco
From page
1598
To page
1606
Abstract
Animal Bone Meal extract is an efficient reagent for the aromatization of 1,4- dihydropyridines to pyridines under mild, environmentally benign and heterogeneous conditions. Our method accurately identifies all the salient features including simplicity, rapidity, cost-effectiveness, selectivity and its extensive applications. Furthermore, this method could be a valuable addition to the existing methods for the oxidation of 1,4-dihydropyridines.
Keywords
Animal Bone Meal , Aromatization , 1,4 , Dihydropyridines , Environmentally
Journal title
Journal of Materials and Environmental Science
Journal title
Journal of Materials and Environmental Science
Record number
2583312
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