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• PhD student in Pharmacy focused on Peptide based bionanomaterials.
• Member of that looks at the self-assembly of short sequences of peptides into higher structure to hydrogel and their applications.
• Experienced assistant lecturer with a demonstrated history of working in the higher education in Cairo University (Egypt).
• I am interested in pharmaceutical industry, Research and Development (R&D), targeted drug delivery, drug formulation and pharmacokinetics study. 

Leicester Institute of Pharmaceutical Innovation for Integrated Care (LIPIIC)

Peptide bionanomaterial Group  (PBN_Group):
 

• Research article entitled (Diacerein solid dispersion loaded tablets for minimization of drug adverse effects: statistical design, formulation, in vitro, and in vivo evaluation). Mohamed Ahmed Naseef, Howida Kamal Ibrahim, Samia Abd El-kader Nour. In the journal of Pharmaceutical Development and Technology, 2021.
• Research article entitled (Solid form of lipid based self-nanoemulsifying drug delivery systems for minimization of diacerein adverse effects: development and bioequivalence evaluation in albino rabbits). Mohamed Ahmed Naseef, Howida Kamal Ibrahim, Samia Abd El-kader Nour. In the journal of AAPS PharmSciTec, 2018.

Pharmaceutics and Drug formulation

• Scientific Publishing Award of Cairo University, 2019
• Fully funded PhD studentship from Mission’s Sector Egyptian Fund, 2019

• Poster presentation entitled (Charge effect on the self-assembly and gelation of β-sheet forming ultra-short de novo constrained ionic-complementary peptides). Mohamed A. N. Soliman, Abdulwahhab Khedr, Mohamed A. Elsawy. In the 16th Annual Meeting RSC Biomaterials Chemistry Group, 2022.
• Poster presentation entitled (Enhancing the solubility of Diacerein via solid dispersion preparation). Mohamed Ahmed Naseef, Howida Kamal Ibrahim, Samia Abd El-kader Nour. In the 4th FUE International Conference of Pharmaceutical Sciences, Faculty of Pharmacy, Future University, 2017.

Title

Anti-microbial Peptide Hydrogel for Topical Applications & as Lubricants for Catheters

PhD project abstract

Functionalized peptide hydrogel nanofibers with anti-microbial peptides
(AMPs) purposely designed to overcome antibiotic resistance. Those materials are expected to exhibit inherent antibacterial activity; combined with their viscoelastic mucoadhesive nature making them a good platform for anti-microbial topical applications in various conditions.