Organic <strong>Chemistry</strong>Prof. Dr. Aurangzeb Hasan<strong>Department</strong> of <strong>Chemistry</strong>,Faculty of Science, University ofMalaya,Tel: 03-7967 5165,Fax: 03-7967 4193,E-mail: aurangzeb@um.edu.myResearch InterestsSynthesis of Heterocyclic Compounds: Heterocyclic compounds serve as a central role in thedevelopment of numerous important therapeutic agents and have played an important role inmedicinal chemistry. For small organic molecules simple nitrogen or oxygen containingheterocycles have received a large amount of attention. We are interested in the synthesis ofheterocycles such as pyrazolines, oxadiazoles, triazoles and pyrimidine derivatives having potentialpharmaceutical and other industrial properties<strong>Chemistry</strong> of Flavonoids: Flavonoids constitute one of the most characteristic classes ofcompounds in higher plants. Flavonoids, are polyphenol antioxidants. They are secondarymetabolites, meaning they are organic compounds. These natural products are plant nutrients thatwhen consumed in the form of fruits and vegetables are non-toxic and potentially beneficial to thehuman body. Flavonoids give the flowers and fruits of many plants their vibrant colors. Moreimportantly, the consumption of foods containing flavonoids has been linked to numerous healthbenefits. Recent research indicates that flavonoids can be nutritionally helpful by triggeringenzymes that reduce the risk of certain cancers, heart disease, and age-related degenerativediseases. We are interested in the isolation, characterization and biological screening of flavonoidsand related compounds from medicinal plants species.Research Areas Synthetic Organic <strong>Chemistry</strong> Natural product <strong>Chemistry</strong> Computational <strong>Chemistry</strong>Research Findings Synthesis of heterocyclic compounds exhibiting fluorescent, biological and UV filtrationproperties Isolation of flavonoid and related compounds having antifungal, antibacterial and otherbiological properties. Synthesis of various classes of flavonoids having potential biological activities.NNROHHPyrazolineNNOFlavanoneNH 2PyrimidineOOFlavoneOChalcone1,3-Diphenyl-2-propene-1-onePhenyl steryl ketoneOAuroneOOOEmission Spectra of 1,3,5-triaryl-2-pyrazolinesIsoflavoneHeterocyclic CompoundsFlavonoids48 Faculty of Science, University of Malaya
Computational Natural Sciences, General PhysicalTheory and Experimental Liquid State StudiesGroup LeaderChristopher G. JesudasonCurrent MembersFirdosa Nabi (Postdoctoral Fellow), Ahmad Anggraria Jaya Agung(PhD candidate ), Yau Ching Koon (M.Sc candidate)CollaboratorsS. N. Keshav (Physics Dept., UM), Profs. Alexander Lyubartsev andAatto Laaksonen (Arrhenius Laboratory, Stockholm) and PutchongUtayopas (Kasertsart Univ., Thailand)Research PhilosophyA major purpose of this group is to help provide a free and conducive environment so thatopen scientific questions of one’s choice may still be explored despite the unfortunate universaland selective regulation and control of paradigms that has emerged in recent times. Another goalis to provide relevant critical training to interested persons in the hope that they mightdevelop a certain measure of essential skills and independence without which Third Worldsocieties would find themselves further depleted of their intellectual, physical and culturalresources as a consequence. As a result of these ideals, the research topics pursued are somewhatvaried, but within the purview of the physical natural sciences. In addition, we are in the process ofbuilding a laboratory dedicated to liquid state and ultrasonic speed studies for the first time in the<strong>Chemistry</strong> <strong>Department</strong>. The major natural products of Malaysia (palm oil, mineral oils andlatex) are processed in the liquid state which implies that our experimental studies could besignificantly relevant in advancing the scope of these materials. We also have a small computercluster, a workroom and a small laboratory partition suitable for precision electrochemicalmeasurements. Subject to the availability of funds and interests, we welcome enquiries for studyand research. Below are listed the research areas and expertise that is currently available from ourgroup members.Research Interest1. Fundamental work in thermodynamics and nonequilibrium thermodynamics substantiated byMD simulations, basis of quantum theories, theories of reaction rates based on evidence fromMD simulations, electrochemical theories based on experimental data, MD algorithms, theoriesof radiation transfer and thermoelectricity, and routine DFT calculations with Keshav. Becauseof the current scientific milieu, I have been compelled in recent times to publish rationallydeduced conclusions in mathematical journals (Nonlinear Analysis, J. Mathematical <strong>Chemistry</strong>,Math. Comput. Modelling, Apeiron etc.).2. Thermodynamic, physicochemical and acoustical studies of molecular interactions in binary andternary mixtures of industrially important monomers, biomolecules, biopolymers and insolutions containing aromatic hydrocarbons /esters/amines/cycloalkanes/biosurfactants.Determination of the correlations between experimental measurements of complexthermodynamical systems with theories, and with the numerical results from computationalquantum mechanics utilizing DFT calculations.3. MD simulation of polyelectrolyte systems, application of the Poisson-Boltzmann equation usingself-written code to model the ionic distribution and GPU implementation of code to integratedeveloped algorithms for long-range force calculations in large scale system simulation.4. Investigation of the spectroscopic properties of molecular ions via DFT-based calculations.Theoretical (using in part ADF and COSMO-R software) and experimental investigation of theproperties of liquid mixtures (both binary and ternary systems).<strong>Department</strong> of <strong>Chemistry</strong> 49