• Home
  • People
    • Organizational Chart
    • Researchers
    • Scientific staff
    • Administrative Saff
    • Students
  • Research Areas
    • Cells
    • Tissues
    • Technologies
  • News
  • Publications
  • Join our Team

Contact

📚 Publications:

Profile / Expertise

Patents:

Barralet JE, Le Nihouannen D, Komarova SV. New drug delivery system combining calcium phosphate cement and bioactive molecule. US Patent (W0/2008/128342) - Publication Date: 30.10.2008 - Licenced 2009.

âś” Biomaterials

âś” Calcium phosphate material

âś” Bone tissue engineering

âś” Regenerative Medicine

âś” Bone related diseases

âś” Bone tissue/physiologie

âś” Bone cell

âś” Osteoclasts

✔ Cell-­material interaction

âś” In vitro studies

âś” Osteointegration

âś” Bone regeneration

âś” Electron microscopy

âś” Image analysis

Links

Contact

Profiles

+(33) 05 57 57 57 19

Damien.le-nihouannen@u-bordeaux.fr

Linkedin

ReaserchGate

BIOMAT

ISACB

Dr. Damien Le Nihouannen

MCU, ADT

bottom

Contact

Linkedin biotis-bordeaux

Secretary Email

33 (0)5 57 57 14 88

BioingĂ©nierie Tissulaire (BioTis)       

Physical Address:

Batiment BBS (Bordeaux Biologie Santé), 5e étage

2, rue du Dr Hoffmann Martinot,

33000, Bordeaux, France

Mailing Address:

Université de Bordeaux, Campus Carreire

146, rue Léo Saignat, Case 84,

33076, Bordeaux Cedex, France

Projects

    Is a research professor at the University of Bordeaux within the BioTis Unit (UMR 1026). He leads the “BiDiM” (Biomaterials and Medical Devices) specialty in the Health Engineering Master’s program, training engineers specialized in developing innovative biomaterials and medical devices. His research mainly focuses on tissue engineering, with an emphasis on vascular and bone tissue regeneration. He employs advanced techniques such as 3D bioprinting to design scaffolds that mimic natural tissues and promote tissue repair and growth. After earning his PhD in bone tissue engineering, his research concentrated on interactions between bone cells, calcium phosphate materials, as well as studying bone healing mechanisms in both physiological and pathological contexts. His goal is to develop innovative therapeutic solutions in regenerative medicine and to gain a better understanding of the cellular mechanisms underlying bone tissue formation and repair. More recently, as part of the E. GĂ©not group, he has expanded his research to the periodontal ligament, where he is exploring the multiple properties of fibrillin matrix proteins in this tissue.


READ MORE

Endothelial Cell–Matrix Interactions in Vascular Development, Homeostasis, Disease, and Regeneration