Dr. Raul G. Enriquez Habib
Researcher
Department of Organic Chemistry
National Autonomous University of Mexico
Mexico
Biography
Dr. Raul G. Enriquez Habib is the Faculty of Chemistry, UNAM, 1970, Chemical degree (Honors) with the thesis: Application of Nuclear Magnetic Resonance in Structure Determination. Allyl derivates of cyclohexane-1 ,3-dione. Ph.D. in Chemistry from the FQ-UNAM. Postdoc at the University of Essex, England; collaboration with the University of Toronto since 1985. Researcher "C" TC (1991), level "D" in PRIDE, National Researcher (SNI) III until 2018, international index H = 18. He was Technical Secretary of the Institute of Chemistry, representant of the Department of Chemistry at the Mexican Academy of Sciences and Secretary of the Chemical Society of Mexico for 5 years. he honored with National Chemistry Award, 1994, Level III Researcher for a 10 year period (until 2018), Honorary Professor, University of Arkansas, 2009.
Research Interest
Dr. Raul G. Enriquez Habib focused on Organic Structural study of Natural Products by NMR, Synthetic transformations of natural products in search of bioactive substances, Analytical studies of Medicinal Plants from the Medicinal flora of Mexico, Application and design of pulse NMR methods for studying organic structures of natural products, Spectroscopic and analytical methods for the study of secondary metabolites of interest in the health field.
Publications
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Gnecco D, Lumbreras AM, Teran JL, Galindo A, Juarez JR, Orea ML, Castro A, Enriquez RG, Reynolds WF. A SHORT SYNTHESIS OF INDOLIZIDINE (+)-209B FROM (3R, 6S, 8aS)-(-)-6-METHYL-3-PHENYLHEXAHYDROOXAZOLO [3, 2-a]-PYRIDIN-5-ONE. Heterocycles. 2009;78(10):2589-94.
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Escobedo-MartÃnez C, Lozada MC, EnrÃquez RG, Soriano-GarcÃa M, Reynolds WF. Mangifera indica: Crystal structures of two cycloartane type triterpenoids present in the bark. Journal of Chemical Crystallography. 2010 Mar 1;40(3):241-7.
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Burrow TE, Enriquez RG, Reynolds WF. The signal/noise of an HMBC spectrum can depend dramatically upon the choice of acquisition and processing parameters. Magnetic Resonance in Chemistry. 2009 Dec 1;47(12):1086-94.
