Les dérivées pyridiniques : Synthèses et caractérisations
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Abstract
Nitrogen heterocycles form an importnt group in organic chemistry because of their
reactivity on the one hand and their presence in a large number of molecules of natural and
synthetic origin on the other hand. They play a leading role in many fields (pharmacy,
medicine, biology, agronomy).
The objective of our work is based on the application of molecular fluorescence
spectroscopy to new 2-Aminopyridine type fluorophores. We have tried to develop and test
the fluorescence technique on our ligands as well as on the complexes formed based on 2-
Aminopyridines with metals (Ca, Co, Cu, Zn, Ba, Fe, Al, Cr, Mn, Hg).
We have three studies for fluorescence analysis, effect of concentration on fluorescence
intensity of 2-Aminopyridines to determine optimal product concentration for further studies,
effect of metals on fluorescence intensity of 2-Aminopyridines and the effect of metal
concentration on fluorescence intensity.
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Keywords
2-Aminopyridines, multicomponent reactions, molecular fluorescence, fluorescence intensity, ligands, optimal concentration, coordination complexes, 2-Aminopyridines, les réactions multicomposantes, la fluorescence moléculaire, l’intensité de la fluorescence, les ligands, la concentration optimale, les complexes de coordination.
