I graduated with a bachelor's degree in Pharmacy from the College of Pharmacy-University of Baghdad in 2010 and worked in lab of physical pharmacy in the department of pharmaceutics. I completed the MSc. degree in 2018 at the department of Pharmaceutics under the supervision of Asst. Professor Shaimaa Nazar Abdl –Hammed and became a member of the Pharmaceutics department teaching staff working in labs of physical pharmacy, biopharmaceutics and industrial pharmacy, and became a member of different committees in the College during these periods such as pharmacy degree equivalency committee ,deans committee (external supervisor) of evaluation examination for colleges of pharmacy, Laboratory Accreditation Committee, supervision of 5th year students for their graduation projects
Masters Degree in Pharmaceutics
In addition to teaching, supervision and research responsibilities, I am the head of the physical pharmacy lab
Member of Iraqi Pharmacists Syndicate
Pharmacy and pharmaceutical Sciences, Nanotechnology ,Formulation and Drug Delivery
Teadching and Reserch in Pharmaceutical Sciences
Industrial pharmacy I(practical) ▪ biopharmaceutics(practical) ▪ Physical pharmacy(practical)
Supervisor of 5th stage students in the college of pharmacy
Objective: The objective of this study was to prepare nanosuspension of a practical water insoluble antiulcer drug which is lafutidine to enhance the solubility, dissolution rate with studying the effect of different formulation variables to obtain the best formula with appropriate physical properties and higher dissolution rate.Methods: Nanosuspension of lafutidine was prepared using solvent anti-solvent precipitation method using Polyvinylpyrrolidone K-90(PVP K-90) as the stabilizer. Ten formulations were prepared to show the effect of different variables in which two formulations showed the effect of stabilizer type, three formulations showed the effect of stabilizer concentration, two formulations showed the effect of combinatio
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Bioadhesive vaginal film is becoming a more effective and convenient dosage form compared to suppositories and gel for vaginal application as a method for the treatment of vaginal infections. This study aimed to prepare and characterize bioadhesive films of tinidazole to be used for vaginal delivery over a prolonged period to treat local infections.
Fourteen formulas of tinidazole films were prepared by solvent evaporation method. Each film was composed of 10 mg tinidazole with different ratios and concentrations of a polymeric combination of polyvinyl alcohol/ polyvinyl pyrrolidone (PVA/PVP) or polyvinyl alcohol/ hydroxypropyl methylcellulose (PVA/HPMC) for formulas A1-A7 and B1-B7, respectively. The prepared films were evaluate
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