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Une professionnelle de santé en train de travailler

Je suis un(e) professionnel(le) de santé

Un patient est au téléphone

Je souhaite accéder au site "patient" implant dentaire

Un patient est au téléphone

Je souhaite accéder au site "patient" chirurgie des mâchoires

Putty BIOBank Synergy®

Putty allogenique BIOBank Synergy

BIOBank Synergy® is a 100% natural DBM* putty, the result of over 10 years of R&D and a globally patented manufacturing process.

*Demineralized Bone Matrix with 25% of residual minerals

From bone powder…to BIOBank Synergy®!

This product is made from our allogeneic bone powders, processed using our exclusive Supercrit® method. An additional step completes the process, resulting in a unique putty that retains both collagen and minerals to promote optimal bone regeneration.

 

Advantages

 

 

The range

BIOBank Synergy® is available in two volumes and packaged individually in a syringe in double sterile packaging.

 

 

Reference Name
  800105   BIOBank Synergy® 0,5 cc
  800110   BIOBank Synergy® 1 cc

 

Indications

BIOBank Synergy®   is indicated for filling bone defects in maxillofacial, oral and dental surgery in the following cases:

  • Peri-implant defects
  • Alveolar preservation
  • Sinus lifts
  • Osteotomy filling

 

Traceability of allogeneic grafts

Each product package contains the following sheets :

  • Graft identity sheet >> to be filed in the patient’s medical record
  • Implant sheet >> to be sent duly completed and signed to BIOBank

 

DOCUMENTATION

► Download the BIOBank Synergy® brochure

 

Bibliographic references

Fages et al. (1994) Use of Supercritical CO2 for Bone Delipidation. Biomaterials, 15(9):650-656.

Vastel et al. (2008) Comparative Ultrasound Evaluation of Human Trabecular Bone Graft Properties After Treatment with. Different Sterilization Procedures. J Biomed Mater Res B Appl Biomater, 90(1):430-7.

Tournier et al. (2021) A partially demineralized allogeneic bone graft: in vitro osteogenic potential and preclinical evaluation in two different intramembranous bone healing models. Scientific Reports, 11:4907

Fages et al. (1998) Bone Allografts and Supercritical Processing: Effects on Osteointegration and Viral Safety. J of Supercritical Fluids, 13:351-356.

 

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