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New approach of nanocomposite based bone substitution

Tuesday, 03 May 2016 10:07
Title: New approach of nanocomposite based bone substitution

 

Term: 2009-2013
Programme: OTKA
Id: OTKA K76834
Support: € 85 280
Description:

In this OTKA project we would like to develop a new, nanocomposite based material for bone substitution. Currently we ar at the animal experiment phase.

Fluorescent image of an aerogel composite Fluorescent image of an aerogel composite

Animal experiment with our bone substituent Animal experiment with our bone substituent

Gaspar A, Nagy A, Lazar I. Integration of Ground Aerogel Particles as Chromatographic Stationary Phase into Microchip, Journal of Chromatography A, doi:10.1016/j.chroma.2010.12.091

Szabó BA, Kiss L, Manó S, Jónás Z, Lázár I, Fábián I, Dezső B, Csernátony Z. The examination of aerogel composite artificial bone substitutes in animal models. Biomech Hung 2013;VI(2):52-63.

Manó S, Ferencz Gy, Lázár I, Fábián I, Csernátony Z. Determination of the application characteristics of the Sloof technique with nano-composite bone substitution material by biomechanical tests. Biomech Hung 2013;VI(2):64-72.

General information

Parent department:
Department of Orthopaedic Surgery, University of Debrecen

Address:
H-4032 Nagyerdei krt. 98, Debrecen, Hungary

Phone:
+36 52 411 600 / 55177

Fax:
+36 52 255 814

E-mail:
biomech@med.unideb.hu

Web:
www.biomech.med.unideb.hu

Facebook:
@BiomechanikaiLabor