Novel Imidazo [4,5-c] Pyrazoles as Potent ¿-Amylase Inhibitors - Nabil Shabaan, Sara;Fadel AL-Rasheed, Jinan;Saleh Alshehri, Fawzia
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In summary, a series of diversely functionalized 40 imidazopyrazoles and bridgehead imidazopyrazoles have been synthesized via versatile straightforward synthetic routes. Our work is introduced in four parts. Part I includes synthesies of imidazopyrazole thione and its neculophilic substitution. Part II is about addition, condensation reactions and formation of hydrazienyl derivatives. Part III is about chalcone formation and its cyclization. Part IV is about assessment of anti-diabetic activity of newely synthesised. All compounds were characterized by IR, 1 HNMR, 13CNMR, and mass spectra as…mehr

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Produktbeschreibung
In summary, a series of diversely functionalized 40 imidazopyrazoles and bridgehead imidazopyrazoles have been synthesized via versatile straightforward synthetic routes. Our work is introduced in four parts. Part I includes synthesies of imidazopyrazole thione and its neculophilic substitution. Part II is about addition, condensation reactions and formation of hydrazienyl derivatives. Part III is about chalcone formation and its cyclization. Part IV is about assessment of anti-diabetic activity of newely synthesised. All compounds were characterized by IR, 1 HNMR, 13CNMR, and mass spectra as well as elemental analyses. Based on the screening results, almost all the synthesized compounds exhibited significant biological efficiency. It can be concluded that we have synthesised forty compounds. These compounds contain mainly moiety of imidazopyrzole; moreover, sixteen of these compounds were examined for anti-diabetic activity as compared to standard drug.
Autorenporträt
Sara Nabil Shabaan is Associate Professor of Organic Chemistry at the Faculty of Science at Al-Azhar University. She gained her PhD from Al-Azhar University. She is interested in organic synthesis of heterocyclic compounds including various moieties such as pyrazole, imidazole, coumarine and triazoles.