AKTIBONE™

AktiBone™ Substitutes are medical implants for bone regeneration, and are made of bioactive glass. This ceramic is composed of Silicium, Calcium, Sodium and Phosphorous, minerals naturally present in the human body. The natural composition allows an excellent biocompatibility.¹⁻³

AktiBone™ Products

AktiBone™ Injectable Putty

Injectable Putty for bone regeneration

  • Indicated in orthopaedic surgeries.

  • Composed of bioactive glass 45S5 and a polymer, it is 100% synthetic and completely assimilable by the body.

  • Very easily malleable and applicable in complex defects.

  • Ready-to-use syringe.

AktiBone™ Granules

Synthetic and bioactive bone graft substitute

  • Indicated in regenerative medicine as a synthetic bioactive bone substitute.

  • Composed of bioactive glass 45S5 and 45S5 ceramic composed of silicon, sodium, phosphorous and calcium oxides.

  • Excellent biocompatibility level and drastically reduced risk of pathogen agents transmission.

Indications

Loss or lack of bone substance for bone defects of traumatic, pathological or surgical origin when autologous solutions are not applicable or sufficient in orthopedics surgery:

  • Filling after surgical bone defect (donor sites after removal of autograft, trepanation, …)

  • Filling or reconstruction of deformities and degenerative bone pathologies in orthopaedic

  • Filling and reconstruction of bone defects due to resection of tumours, cyst or infection and in case of prosthetic revision

Orthopaedic filling

Prosthesis revision

AktiBone™ is available in the following references:

‍ ‍Injectable Putty

‍ ‍Granules

MORE INFORMATION & RESOURCES

More information & resources on
AktiBone™ Injectable Putty by NORAKER

More information & resources on
AktiBone™ Granules by NORAKER

AktiBone™, bone graft substitutes are medical devices class III (CE 0459), manufactured by NORAKER®. AktiBone™ products are indicated to fill bone defects. Ref: 1. Tsigkou, O. et al. Biomaterials. 2009;30:3542-50. 2. Oonishi, H. et al. J. Biomed. Mater Res. 2000;51:37-48. 3. Jones, J.R. Acta Biomaterialia. 2013;9:4457-4486.