NovaBone Porous Granules
Description
Next generation synthetic bone graft, engineered with interconnected porosity to facilitate quicker bone integration and remodeling.
Interconnected Porous Granules for Faster Bone Integration and Remodeling
NovaBone Granules, also known as Dental Morsels, are crystalline and composed of Calcium-Phosphosilicate, a combination of naturally occurring elements in the body. With a particle size of up to 1mm, 65%porositywith pore sizes of up to 200microns, the granules are engineered to provide optimum stability at the defect site while facilitating regeneration. The controlled porosity aids in slow resorption and transformation into bone over a period of 12-18 months.
Surface Area
Partially radio-Opaque
Osteostimulation
Storage & Shelf Life
AVAILABILITY & INDICATIONS
Clinical Indications
Dental Granules give better structural support to the defect than putty devices and hence provide a good choice for reconstructive surgeries in esthetic areas.
Guided Bone Regeneration
Ridge Augmentations
Lateral Window Sinus Elevations
Fenestration/Dehiscence Defects
Peri-implantitis
SIZES & AVAILABILITY
Reference No. | Description |
|---|---|
XX0805 | 0.25g (0.5cc) Vial |
XX0810 | 0.5g (1.0cc) Vial |
XX0811 | 1.0g (2.0cc) Vial |
XX0822 | 2 x 1.5g (3.0cc) Vials |
PRODUCT LITERATURE
Osteostimulative calcium phosphosilicate biomaterials partially restore the cytocompatibility of decontaminated titanium surfaces in a peri-implantitis model. Karoussis IK, Kyriakidou K, Papaparaskevas. J, Vrotsos IA1, Simopoulou M, Kotsakis GA. J Biomed Mater Res B Appl Biomater. 2018 Oct;106(7):2645-2652. doi: 10.1002/jbm.b.34081. Epub 2018 Feb 5.
Clinical and Radiographic Evaluation and Comparison of Bioactive Bone Alloplast Morsels When Used Alone and in Combination With Platelet-Rich Fibrin in the Treatment of Periodontal Intrabony Defects – Human Randomized Controlled Trial. Girish H. Bodhare Abhay P. Kolte Rajashri A. Kolte Prerna Y. Shirke. 10.1002/JPER.18-0416. July 2018
Guided Bone Regeneration Using Titanium Mesh with CPS Alloplast in the Esthetic Zone - A Case Report. Lanka Mahesh1, Manesh Lahori2, Rahul Nagrath2, Dipto2. 2014 June; Vol. 3, No. 1: 1-6
Sinus Augmentation Utilizing Calcium Phosphosilicate Biomaterial Followed by Delayed Implant Rehabilitation. Rayapayi D. Kumar, Honey Verna, NT Prashanth, ES Shobha. September-December 2013, 4(3): 102-107
Evaluation of Calcium Phosphosilicate (CPS) Based Graft Substitutes for Guided Bone Regeneration (GBR) Around Dental Implants: A Case Series. Sudhindra Kulkarni+ Srinath Thakur++ Srinivas Katta*. May 2013
Disclaimer
The authors, editors, and publisher have taken great care to ensure that the drug, device, and material selections and applications provided in this publication align with prevailing recommendations and practices at the time of publication.
Nevertheless, in light of ongoing research, evolving government regulations, and the constant influx of information pertaining to surgical procedures, grafting materials, and techniques, we strongly encourage readers to consult the package insert before employing any discussed material. Be vigilant for any alterations in indications and additional warnings and precautions, especially when dealing with newly introduced or rarely utilized agents.
It is crucial for readers to recognize the potential risks associated with incorporating unfamiliar techniques and procedures into their practices. Treatment decisions ultimately rest with individual surgeons, who exercise their professional judgment in each unique situation. We recommend that readers seek professional advice from their colleagues and advisors.
The Company cannot guarantee the accuracy, comprehensiveness, or timeliness of the information presented and disclaims responsibility for any claims, injuries, damages, or losses stemming from the use of or reliance on the material presented or techniques demonstrated. Healthcare professionals or any other individuals may make such claims.
