Prof Dr. HalimaKerdjoudj, Reims University, France
Prof. Dr. Halima Kerdjoudj is a distinguished full professor in cell biology at the University of Reims Champagne Ardenne (URCA), France. She leads research in biomaterials and bone regenerative medicine at the BIOS laboratory. With a PhD in bioengineering and extensive research in bone tissue engineering, her work is pioneering in the field of biomaterials for regenerative medicine. Prof. Kerdjoudj has published numerous influential papers and has been awarded significant research funding. She actively contributes to scientific committees and symposiums, advancing the field of dental and bone regeneration.
Publication Profile
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Education šš
Habilitation Ć diriger des recherches (2016): URCA, France. Focus: Bone regenerative medicine.PhD in Bioengineering (2007-2010): Nancy-University, France. Thesis: Modification of the luminal surface of blood vessels with polyelectrolyte multilayer film.Engineer in Biotechnology (2002-2007): USTHB, Algeria.
Professional Experience š¼š«
Full Professor in Cell Biology (2020-Present): URCA.Assistant Professor in Cell Biology (2009-2020): URCA.Temporary Lecturer and Research Assistant (2007-2009): University of Lorraine.
Teaching Activities šš
Her research emphasizes bone tissue engineering, bone vascularization, and inflammation. Prof. Kerdjoudj teaches courses on stem cells, biomaterials, and regenerative medicine. She has led and collaborated on numerous funded research projects and is a key figure in organizing scientific events.
Research Focus
Prof. Halima Kerdjoudj’s research primarily revolves around biomaterials and tissue engineering, aiming to develop innovative solutions for regenerative medicine. Her work encompasses the design and characterization of biomaterial coatings, including polysaccharide multilayer films and sol-gel hydroxyapatite-titania composites, with embedded antimicrobial peptides for self-defensive properties. She explores the biocompatibility and functionality of these materials, focusing on small vessel replacement and endothelial cell growth promotion. Prof. Kerdjoudj’s research also delves into stem cell applications, investigating their differentiation into endothelium-like monolayers and their potential for bone regeneration. Overall, her contributions advance the field of biomaterials towards clinical applications. šš©ŗ