Importance of water at hybrid interfaces, a solid-state NMR study

Speaker(s)

Dr Thierry Azais

LCMCP, University of Paris VI

Events

Biological liquid crystals and restorative medicine: what does the future hold ?

Importance of water at hybrid interfaces, a solid-state NMR study

Symposium

17 Mar 2015

11:20 - 11:40

Dr Francisco Fernandes

New tools for shaping collagen : implications for the biomedical field

From material design to cell differentiation : a cross-disciplinary approach

Persistent luminescence confined in a nanoparticle : future tracers for in vivo imaging…

Hybrid magnetic systems : from diagnosis to therapy

Symposium

17 Mar 2015

14:00 - 14:45

Pr Juan Manuel Garcia Ruiz

The Ability of Silica to Mimic Organic Matter in Abiotic Self-Assembled Mineral Structures

Morphogenesis of functional core-shell capsules using integrative chemistry : thermosti…

Combining biological molecules with inorganic particles to create functional, modular biomaterials

New vector development strategies

Symposium

17 Mar 2015

16:05 - 16:35

Dr Michel Wong Chi Man

Multifunctional hybrid silicas : potential applications in nanomedicine

Symposium

17 Mar 2015

16:35 - 17:05

Pr Michel Daudon et Dr Dominique Bazin

From lithiasis to pathological calcifications : research at the interface of physics, c…

Combination materials for the treatment of bone pathologies

Symposium

17 Mar 2015

17:35 - 18:35

Pr Clément Sanchez et Pr Jacques Livage

Importance of water at hybrid interfaces, a solid-state NMR study

Speaker(s)

Dr Thierry Azais

Events

New data on biomineral growth

Biomimetic polymer vesicles and nanomedicine

Life cycle and biodegradation of nanoparticles in the body

Biological liquid crystals and restorative medicine: what does the future hold ?

Importance of water at hybrid interfaces, a solid-state NMR study

New tools for shaping collagen : implications for the biomedical field

From material design to cell differentiation : a cross-disciplinary approach

Persistent luminescence confined in a nanoparticle : future tracers for in vivo imaging…

Hybrid magnetic systems : from diagnosis to therapy

The Ability of Silica to Mimic Organic Matter in Abiotic Self-Assembled Mineral Structures

Morphogenesis of functional core-shell capsules using integrative chemistry : thermosti…

Combining biological molecules with inorganic particles to create functional, modular biomaterials

New vector development strategies

Multifunctional hybrid silicas : potential applications in nanomedicine

From lithiasis to pathological calcifications : research at the interface of physics, c…

Combination materials for the treatment of bone pathologies

Conclusions

See also