Oral and Maxillofacial professionals

BIOBank bone grafts derive from human femoral heads which are harvested only in France and exclusively from living donors by orthopaedic surgeons during hip arthroplasties. Donor selection is based on strict compliance to health care safety rules, clinical and serological regulatory criteria. The femoral heads are then transformed into viro-inactivated, sterile bone grafts through the implementation of our exclusive Supercrit® process. This procedure is the only one that preserves the bone’s mineral and collagen structure, reduces the rate of residual lipids to less than 0.1% while preserving the mechanical resistance properties of the native bone

Vial presentation

Cancellous bone powder "S" granulometry 0.5mm
90031 - Volume 0.5cc
90032 - Volume 1cc
90033 - Volume 2cc
90034 - Volume 4cc
Cancellous bone powder "L" granulometry 1mm
90041 - Volume 0.5cc
90042 - Volume 1cc
90043 - Volume 2cc
90044 - Volume 4cc
Cortico-cancellous bone powder "S" granulometry 0.5mm
90051 - Volume 0.5cc
90052 - Volume 1cc
90053 - Volume 2cc
90054 - Volume 4cc
  • Peri-implant filling
  • Volume augmentation of the alveolar crest bone
  • Sinus floor elevation
  • Extraction socket filling
  • Cystic cavity filling
  • Regeneration of autologous harvest site
  • Regeneration of autologous harvest site
  • Filling of angular lesions in parodontal diseases
Few minutes

Presentation in syringe

Cancellous bone powder "S" granulometry 0.5mm
90035 - Volume 0.5cc
90036 - Volume 1cc
90037 - Volume 2cc
Cortico-cancellous bone powder "S" granulometry 0.5mm
90055 - Volume 0.5cc
90056 - Volume 1cc
90057 - Volume 2cc
  • Peri-implant filling
  • Volume augmentation of the alveolar crest bone
  • Sinus floor elevation
  • Extraction socket filling
  • Cystic cavity filling
  • Regeneration of autologous harvest site
  • Regeneration of autologous harvest site
  • Filling of angular lesions in parodontal diseases
Few minutes

Cortical bone plates

90062 - 12*10mm
90064 - 18*10mm
  • Alternative to autologous grafts before implant placement in :
  • Insufficient residual bone thickness
  • Atrophic maxillary crests
5 to 10 minutes

Cortico-cancellous plates

90065 - 15*10*4mm
90066 - 22*12*4mm
  • Alternative to autologous grafts before implant placement in :
  • Insufficient residual bone thickness
  • Atrophic maxillary crests
5 to 10 minutes

Cancellous bone block

90012 - 20*10*10mm
  • Filling the harvesting site
5 to 10 minutes

Customized bone graft

Our customized bone graft is designed and prepared from a CT-scan or Cone-Beam (see procedure tab). It can be provided in 2 bone types: cortico-cancellous or cancellous. It enables the graft’s characteristics and its positioning to be defined in advance, on the 3D silicone model shaped by the practitioner. It is subjected to the same patented Supercrit® process as all BIOBank grafts. Therefore, it conserves the same properties as fresh bone (“Mechanical Strength Study” by Dr VASTEL)
  • Apposition grafting
  • Bone volume increase (thickness, height)

Benefits for the Surgeon :

  • Easier planning of the surgery : properties and positioning of the graft can be established in advance on a 3D model
  • Surgical time decrease : avoid the cutting/shaping phase necessary for standard bone blocks
  • Congruence improvement between the graft and the host site
  • Osteosynthesis facilitated and risks of micro-mobility minimized
  • Greater graft / host bone contact surface for better osteoconduction

Benefits for the Patient :

  • Reduced opening time of the graft site
  • Minimized postoperative complications (inflammation, infection, pain)
  • Improved bone volume augmentation in terms of tissue quality and clinical efficiency

Our publications, articles

Long-Term Clinical and Radiographic Outcome of Extraction Socket Grafting with a Supercritical CO2 Viral-Inactivated Allogeneic Bone Graft
CHALARD, Jean-Jacques., EDORH, Grégoire.
BIOMEDICAL Journal of Scientific & Technical Research, 14 Mai 2021, p. 27981 - 27986.
RÉGÉNÉRATION OSSEUSE GUIDÉE SOUS LAME DE CORTICALE ALLOGÉNIQUE
LECONTE, Carole.
La Lettre de Stomatologie, Mars 2019, N°81.
OS ALLOGÉNIQUE VERSUS OS AUTOGÈNE EN CHIRURGIE PRÉ-IMPLANTAIRE
JABBOUR, Michel.
L’Information Dentaire, 22 Mai 2019, supplément au N° 20 [VOL.101].
RÉGÉNÉRATION OSSEUSE GUIDÉE SOUS LAME DE CORTICALE ALLOGÉNIQUE
LECONTE, Carole.
La Lettre de Stomatologie, Mars 2019, N°81.
UTILISATION DE GREFFES ALLOGÉNIQUES SELON UN PROTOCOLE
SPÉCIFIQUE
MAILHES, David.
L’Information Dentaire, 20 février 2019, n° 7/8.
LES PRATICIENS EN PARLENT... LE GREFFON SUR MESURE
BALDY, Pierre., GARDELLA, Jean-Pierre., JABBOUR, Michel., MORET, Mathieu.
La Lettre de Stomatologie, 2017, N°74, p. 31-34.
ROG : RÉFLEXIONS, ANALYSE ET REFLET D’EXPÉRIENCE.
LECONTE, Carole.
La Lettre de Stomatologie, 2017, N°73, p. 6-11.
OS : DE LA GREFFE À LA RÉGÉNÉRATION.
LECONTE, Carole.
La Lettre de Stomatologie, 2015, N°65, p. 27-33.
RÉHABILITATION ESTHÉTIQUE D’UN PRÉMAXILLAIRE ATROPHIÉ.
FORESTI, Christophe.
La Lettre de Stomatologie, 2014, N°64, p. 45-56.
ÉDENTATION MAXILLAIRE UNITAIRE : INTÉRÊT DE LA RÉGÉNÉRATION
OSSEUSE GUIDÉE À L’AIDE DE MEMBRANE EN DPTFE RENFORCÉE TITANE ET D’ALLOGREFFE OSSEUSE EN POUDRE.
BALDY, Pierre., GARDELLA, Jean-Pierre., JABBOUR, Michel., MORET, Mathieu.
La Lettre de Stomatologie, 2013, N°58, p. 4-10.
OSTÉOTOMIES SEGMENTAIRES DE LA MANDIBULE POSTÉRIEURE ATROPHIÉE.
KHOURY, Georges., KHOURY, Elias.
JPIO, 2012, Vol.31, N°4, p.259-267.
L’APPORT DU CONE BEAM DANS L’IMAGERIE 3D EN IMPLANTOLOGIE :
REVUE DE LA LITTÉRATURE ET CAS CLINIQUE.
AMMAMOU, Terence., AMMAMOU, Yvon.
La Lettre de Stomatologie, 2012, N°54, p. 20-27.
RECONSTITUTION DE MAXILLAIRE COMPLET ATROPHIÉ PAR BLOCS
ALLOGÉNIQUES ET MISE EN CHARGE IMMÉDIATE SUR IMPLANTS
TRANSITOIRES.
KHOURY, Georges., KHOURY, Elias., MEZIANE, Sonia.
Le Fil Dentaire, 2010, N°54, p. 40-44.
LA RÉGÉNÉRATION OSSEUSE GUIDÉE.
BETTACH, Raphaël.
Le Fil Dentaire, 2010, N°54, p. 30-35.
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