Our quality assurance program subjects the synthesis of Cerasorb^® to extensive internal and external chemical and mineralogical examinations. The material standard is defined by the internationally recognized norm ASTM F1088-04 (Standard Specification for ß-tricalcium phosphate for Surgical Implantation). It demands a phase purity of more than 95%, which Cerasorb^® surpasses having a phase purity of more than 99%.  This ensures that there will be a complete and timely resorption of Cerasorb within a 6-12 month time frame. 

Bone Grafting Options

Cerasorb as synthetic bone

Cerasorb® is a proven and time-tested bone grafting material that offers complete and predictable regeneration. It is synthesized pure-phase β-tricalcium phosphate (TCP) produced through the unique Curasan manufacturing process. This special process creates unique characteristics in granulation, porosity and physiological resorption that are different from older ceramic varieties and other synthetic bone grafting products. Because it is pure-phase β-TCP and does not contain other components such as  hydroxylapatite, Cerasorb’s resorption occurs completely, uniformly and, ideally, parallel to the formation of the surrounding bone.

Cerasorb® is readily accepted by patients thanks to its synthetic origin and easy applicability. When using Cerasorb®, patient materials and consent forms do not need to address possible complications of bone harvesting or problems involving allergic reactions or the potential risks of infection transmission with materials of biological origin like bovine bone or cadaveric DFBDA.

Autogenous Bone

Traditionally, the “Gold Standard” for osseous regeneration has been autogenous bone. It is resorbable, eventually replaced by new bone and is non-allergenic. However, the limited intraoral sources and the need for secondary surgical harvesting which can lead to increased morbidity, has made autogenous bone harvesting a less appealing  option for many surgeons and patients.

Allografts or Cadaveric Bone

Allogenic bone is non-vital osseous tissue taken from one individual and transferred to another individual.  There are ongoing concerns about the consistency of the resorption, and the risk of disease transmission when using allografts. Also, studies have shown cadaver based products can be inconsistent regarding osteoblastic activity.

Xenografts

Xenografts usually consist of skeletal tissue that is harvested from one species and transferred to the recipient site of another species. Bovine bone is the most common form of xenograft used in dental bone grafting procedures. Bovine based materials all have published histologic studies demonstrating bony encapsulation, osseous bridging between the graft particles, and enhancement of osseointegration around immediate implants, but no studies show complete resorption of the graft material.

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