Skip to main content
Department of Industrial Pharmacy

Researches The department research plan participates in solving problems that face the pharmaceutical industry in the vicinity of Asyut City and others. Staff members are also supervising and teaching post-graduate students, Diploma, MSc. and Ph.D. students, and the proposed advanced and novel specializations in pharmaceutical sciences for the next 5 years plan listed below: Targeted drug delivery using Micro-/Nan particulate technologies (Polymeric particles, micro-emulsions, liposomes, etc.) Enhancing peptide and protein drug delivery via the oral and pulmonary routes. Controlled release formulation of drugs. Enhancing drug dissolution and bioavailability. Gastro-retentive technology. Transdermal drug delivery.

# Title Research Year
91 High Shear Granulation Process: Assessing Impact of Formulation Variables on Granules and Tablets Characteristics of High Drug Loading Formulation Using Design of Experiment Methodology 2017
92 Artificial neural network based particle size prediction of polymeric nanoparticles 2017
93 High-Shear Granulation Process: Influence of Processing Parameters on Critical Quality Attributes of Acetaminophen Granules and Tablets Using Design of Experiment Approach 2017
94 High-Shear Granulation Process: Influence of Processing Parameters on Critical Quality Attributes of Acetaminophen Granules and Tablets Using Design of Experiment Approach 2017
95 Spray freeze drying as an alternative technique for lyophilization of polymeric and lipid-based nanoparticles 2017
96 High-Shear Granulation Process: Influence of Processing Parameters on Critical Quality Attributes of Acetaminophen Granules and Tablets Using Design of Experiment Approach 2017
97 Formulation of domperidone in gastro-retentive floating tablets
2016
98 Improvement of Domperidone Solubility and Dissolution Rate by Dispersion in Various Hydrophilic Carriers 2016
99 Formulation of domperidone in gastro-retentive floating tablets
2016
100 Improvement of Domperidone Solubility and Dissolution Rate by Dispersion in Various Hydrophilic Carriers 2016