The Laboratory of Biology-Health and Nanosciences, was created in 2007 In 2015 turned Bioengineering and Nanoscience lab (LBN) hosted by the UFR of Odontology.
The LBN hosts 3 interdisciplinary research groups and a technological platform:
1) DPSC for Dental and Bone Tissue Engineering
2) Stem cells, Organoids and Neurosensory Regeneration
3) Photonic Biomarkers for Teledentistry.
The EDMOS platform is a collaborative platform combining technical facilities from LBN, Institut Mines Telecom Ales and CHU Montpellier.
Confocal Raman Microscope Witec Alpha300
Cell culture laboratory P2
Chemical synthesis Lab
Histology facility (non-decalcified and decalcified specimen)
Force machine
Leak measurement machine
DPSCs for Bone and Dental Tissue Engineering
Collart Dutilleuil
Group Members
- Jacques-Henri TORRES (PU PH)
- Valérie ORTI (PU PH)
- Stéphane BARTHELEMI (PU PH)
- Philippe BOUSQUET (MCU PH)
- Pierre Yves COLLART DUTILLEUL (MCU PH)
- Jean Claude EGEA (MCU-PH)
- Eve MALTHIERY (MCU PH –PH)
- Naveen FATIMA, PhD
- Sophia PIGLIONICO, PhD
TASKS
- Porous silicon for Dental Pulp Stem Cells proliferation and differentiation
- PEEK functionalization for cell adhesion and mineralized tissue formation
- Bifunctional peptide for epithelial adhesion on titanium
- Bone and cartilage formation followed by Raman spectroscopy
- DPSC for anticancer drug delivery
- DPSC Conditioned Medium for cell and tissue regeneration
Stem cells, Organoids and Neurosensory Regeneration
Azel ZINE (PU, Group leader)
Group members
- Azel ZINE (PU, Group leader)
- Veronique MONTERO (MCU)
- Olivier ROMIEU (MCU, PH)
- Richard YOUNES (Ph.D Student)
- Yassine MESSAT (Ph.D Student)
- Fidan HUSEYNOVA (Ph.D Student)
TASKS
- Differentiate human inner ear neurosensory cells from DPSCs and iPSCs using 2D and 3D-cultures.
- Evaluate the potential of human DPSCs/iPCs and sugar-based angiogenic effectors on stem cell differentiation and neurosensory organoids vascularization.
- Explore the effects of transplantation of DPSC and iPSC-derived neurosensory progenitors in in vitro and in vivo models of sensorineural hearing loss (SNHL).
Photonic biomarkers for teledentistry
A. Slimani (Group leader)
Group members:
- D. Carayon
- MA. Fauroux
- H. Tassery (PU-PH)
- H. Salehi (PR)
- M. Fages (PU-PH)
- J-C Durand (MCU-PH, Deputy Dean)
- A. Desoutter (technical assistant LBN)
- H. Lambert (PhD student)
- R. Lan (PhD Student)
Contact :
Laboratoire Bioingénierie et Nanosciences
UR UM104, Université Montpellier
545 avenue du Professeur Jean-Louis Viala, 34193 Montpellier Cedex 5
Secrétariat : Catherine Barthelemy
Tel : 04 11 75 91 96 ; fax : 04 11 75 91 96 ; courriel