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College of Pharmacy
Professor Rafik Karaman is currently a Distinguished professor of pharmaceutical sciences, College of Pharmacy, Al-Quds University, Jerusalem, Palestine. He received his Ph.D. degree in bioorganic chemistry from the Hebrew University in 1987, his MS degree in Pharmaceutical Sciences from the Hebrew University in 1983, and his bachelor’s degree in Pharmacy from the Hebrew University in 1981. He was an Assistant Professor at the University of Toledo and University of California at Santa Barbara for 5 years where he worked with Professor T.C.Bruice in the bioorganic chemistry field. Professor Karaman is broadly interested in the design and synthesis of prodrug systems to be used for the delivery of certain drugs that have poor water solubility or/and have low bioavailability as well as synthesis of prodrugs for masking the bitter taste of the corresponding parent drugs. The design will be executed using ab initio, DFT, semiempirical, molecular mechanics as well as molecular dynamics and conformational dynamics methods. The overarching goal of his research activities is to establish a method for obtaining prodrugs that their interconversion rates will be controlled or programmed by the linker nature attached to their parent drugs. Professor Karaman has more than 120 peer-reviewed manuscripts and book chapters; 60 of them were published in the recent 6 years. He is currently an editor and an editorial board member of 10 international journals in the areas of pharmaceutical sciences.
1. Design, synthesis, characterization and in vitro and in vivo kinetics of pro-prodrug systems to be used for the delivery for certain drugs that have poor water solubility or/and have low bioavailability using ab initio, DFT, semiempirical, molecular mechanics as well as molecular dynamics and conformational dynamics methods.
2. Design and synthesis of linkers to be used for masking bitter taste of drugs that contain a hydroxyl or amine groups (antimalarial, anti-hypertension, anti-bleeding, antibacterial and anticancer drugs, using DFT calculation methods.
3. Design and synthesis of bitter taste antagonists for inactivation of the bitter taste receptor 14.
4. Pharmaceuticals removal from wastewater using clay micelle complex, hollow fiber, spiral wounds, charcoal and other adsorbents.
5. Pharmaceuticals removal from wastewater using photodegradation methods such as light/TiO2.
6. Stability of Pharmaceuticals in wastewater and isolation and characterization of degradation products (metabolites).
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