New bioactive surfaces for titanium implants : Research, characterisation and industrial development
Biocompatible and corrosion resistant regarding biological fluids, titanium is still an inert material: it does not participate actively at the tissue-integration around the implant. Surface modification of titanium at nanoscale can promote cell adhesion and differentiation by modulate genes express...
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Main Authors : | , , , , |
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Corporate Authors : | , , , , |
Format : | Thesis |
Language : | anglais |
Title statement : | New bioactive surfaces for titanium implants : Research, characterisation and industrial development / Laëtitia Salou; sous la direction de Pierre Layrolle, Guy Louarn |
Published : |
[Lieu de publication inconnu] :
[éditeur inconnu]
, 2015 |
Online Access : |
Via Nantes Université network
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Note de thèse : | Reproduction de : Thèse de doctorat : Biologie, médecine, santé. Biomatériaux : Nantes : 2015 |
Subjects : | |
Related Items : | Is reproduction of:
New bioactive surfaces for titanium implants |