Education

01

Online Course

All the necessary information to smoothly transition to Augma bone cement.

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02

Webinars

Watch ABCA webinars and get complementary CE credits.
 
 
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03

Protocols 

Learn the protocols that are changing the concept of traditional bone grafting.
 
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04

Clinical Cases

A range of clinical cases by ABCA Bone Cement Experts. Sinus Lift, Lateral Augmentation, Socket Grafting, and more.

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05

Clinical Support

Fill up the clinical case support form and one of ABCA Bone Cement Experts will contact you shortly 

 

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06

Clinical Literature

Clinical Literature

Review, critical assessment and evaluation of research studies on Bone Cement.

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07

BCS

Biphasic Calcium Sulfate as 2nd generation technological breakthrough in the long history of CS bone regeneration

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08

FAQ

Do you have a question about Bone Cements? your answer is probably here.
 
 
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09

The Logic Behind

Why flap with tension? Why no membranes? How come maximal closure is acceptable?                                                                               

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Intro Course

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Augma Bond Apatite® Intro Course

The course is aimed to provide all the necessary information to smoothly transition to Augma bone cement from traditional grafting and shorten the learning curve to minimal.

*US CLINICIANS EARN 0.5 CE*

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Webinars

Free

Dr. Stéphane Berg – Sinus Lift – 1 CE

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Free

Dr. Amos Yahav – Lateral Ridge Augmentation – 2 CE

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Free

Dr. Amos Yahav – Socket Preservation – 1 CE

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All Webinars

Clinical Cases

Immediate Implants of the 2 Upper Central Incisors with Immediate Load
1 Product, 2 Solutions – A New Perspective

2 Comments

Right Max Lateral PET, Augma and Implant
Lateral Augmentation of Thin Alveolar Ridge – 45 (29) – #47 (31)
Sinus Lift with Augma Bone Cement
Immediate Implant of the Left Central Incisor Using the PET Technique & Immediate Loading
Surgical Techniques Using Bone Cement Live Surgery Cases Review (Extraction and Socket Management)
Extraction, Augma and Implants
The Cyst, The High Smile, and the Flap
Fractured Canine Buccal Plate Reconstruction
Fracture of Root #46 (30) with Augmentation
Medially Drifted Second Molar with Decay
Bimaxillary Immediate Loading with Keratinized Tissue and Bone Gain with Augma Bone Cement – Part 2 – Mandible
Bimaxillary Immediate Loading with Keratinized Tissue and Bone Gain with Augma Bone Cement – Part 1 – Maxilla
Cysts Enucleation and Simultaneous Bone Augmentation
Bimaxillary Immediate Loading with Keratinized Tissue and Bone Gain with Augma Bone Cement
Extraction, Augma and Implants
The Cyst, The High Smile, and the Flap
Mandible Full Arch Rehabilitation with an Immediate All-on-5 and Immediate Load
Fractured Canine Buccal Plate Reconstruction
Fracture of Root #46 (30) with Augmentation
Reconstructing Old Implant Dentistry with New Modern Efficient Materials and Methods
Immediate Implant with Horizontal Augmentation and Immediate Loading

1 Comment

Cysts Enucleation and Simultaneous Bone Augmentation
Bimaxillary Immediate Loading with Keratinized Tissue and Bone Gain with Augma Bone Cement
Extraction of an Impacted Tooth, Regeneration with Bond Apatite®
Implant-Prosthetic Rehabilitation of Alveolar Defect with Sinus Communication
The Poorly Placed Implant
Rehabilitation after Large Cyst Removal
Implant in the Aesthetic Zone with Bone Reconstruction and Immediate Load
Horizontal Bone and Soft Tissue Augmentation with Augma Bond Apatite®
Aesthetic Improvement Using Bond Apatite® in a Poorly Positioned Implant
Implants and Grafts
Lateral Augmentation of Thin Alveolar Ridge – 45 (29) – #47 (31)
Cysts Enucleation and Simultaneous Bone Augmentation
Horizontal Bone Augmentation and Keratinized Tissue Gain in the Region of #46 (30)
Horizontal GBR Procedure with Bond Apatite®
Alveolar Ridge Augmentation with Simultaneous Implant Insertion
Total Maxillary Rehabilitation in 2 Phases with Bone Reconstruction and an All-on-6 (III)
Preserving Natural Teeth Utilizing Zygomatic Implants and Immediate Loading
Lateral Sinus Lift in the Pre Molar Region
Horizontal Bone Augmentation with Immediate Implant Placement
2 Phase Total Maxillary Rehabilitation with Bone Reconstruction and an All-on-6

1 Comment

Lateral Augmentation in Mandibular Atrophy
Complex Rehabilitation
Socket Filling and Vestibular Augmentation
Ridge Rehabilitation & Large Bone Defects Due to Root Fractures

2 Comments

Horizontal Bone Construction in Upper, Lateral Incisors
Implant-Prosthetic Rehabilitation of Alveolar Defect with Sinus Communication
Total Maxillary Rehabilitation in 2 Phases with Bone Reconstruction and an All-on-6 (III)
Lateral Sinus Lift in the Pre Molar Region
Lateral Window Sinus Lift
Sinus Lift with Septum
Intra-Crestal Sinus Lift
Single Tooth Loss Beneath the Maxillary Sinus
Replacement of Premolars with Implants and Augma
Closed Sinus Lift with Augma Bond Apatite
Complete Oral Rehabilitation Part 2-Maxillary Augmentation
Bilateral Open Sinus Lift
Live Surgery – Extraction & Bone Cement Augmentation
Closed Vertical Sinus Lift
GBR with Augma Bond Apatite
Sinus & Horizontal Total Maxillary Augmentation
Sinus Lift with Immediate Implant Placement
Complication in Endo, Tooth #21 (9) – Lateral Root
Expansive Lesion of the Right Maxilla Extraction and Immediate Reconstruction with Augma Bond Apatite®
The Cyst, The High Smile, and the Flap
The Impossible Case: No Bone, No Tissue, No Bite
Large Central Ossifying Fibroma of the Anterior Mandible
Complications in Endo Treatment – Root Canal Perforation #35 (20)
Little Cyst #21 (9)
Apicoectomy of the 5th Sextant
Fracture of Root #46 (30) with Augmentation
Little Cyst #36 (19)
Cysts Enucleation and Simultaneous Bone Augmentation
Cyst #15 (4)
Rehabilitation after Large Cyst Removal
Osteoid Osteoma in the Front of the Mandible
Removal of Two Small Cysts with Apicoectomy and 4 Year Follow Up
Small Cysts #12 (7) & #22 (10)
All Clinical Cases

Clinical Literature

Minimal invasive horizontal ridge augmentation with Calcium Sulfate bone cement: A case series
Treatment of an ossifying fibroma of the mandible with endodontic microsurgery and grafting with a biphasic calcium sulfate material: a case report
Use of a Biphasic Calcium Sulphate Graft to Treat Posterior Maxillary Atrophies by Avoiding a Lateral Sinus Approach
Utilization of Biphasic Calcium Sulfate as Socket Preservation Grafting as a Prelude to Implant Placement: A Case Report
Calcium Sulfate in Implantology (Biphasic Calcium Sul-Fate Hydroxyapatite, BCSHA, Bond Apatite®) Review of the Literature and Case Reports
The using of biphasic calcium sulfate in two-stage treatment of odontogenic fibroma of the mandible – Case Report
Prospective randomized controlled clinical trial to compare hard tissue changes following socket preservation using alloplasts, xenografts vs no grafting: Clinical and histological findings
The Use of Biphasic Calcium Sulfate for Surgical Treatment of Osseous Defects Resulting from Radicular Cysts
The use of grafting material biphasic calcium sulfate for the treatment of osseous defects resulting from radicular cysts. Clinical study and six-month follow up
Properties and Clinical Applications of Biphasic Calcium Sulfate
Biphasic Calcium Sulfate As an Alternative Grafting Material in Various Dental Applications
The Biologic Effects of Bond Apatite® in New Bone Formation in Osseous Defects
Biphasic Calcium Sulfate – Overview
Ridge Preservation Using Composite Alloplastic Materials
Biphasic Calcium Sulfate Grafting: A New Treatment for Peri-Implantitis
Calcium sulfate bone void filler: Past and Future clinical use
All Clinical Literature

FAQ

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Should Bond Apatite® mix with blood?

After placing the cement in place and pressing above for setting and hardening, there is no need to mix with blood. The graft porosity and its hygroscopic ability allow blood to seep inside immediately.

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Can osseodensification work with Augma?

Yes, make sure to respect osseodensification protocols and bone cement protocols. Osseodensification best used on available medullary bone. Particulate graft does not predictably covert to the medullary bone in 3-6 months period. Thus osseodensification of a grafted site (especially xenografts) could be counterproductive. Augma bone cement completely disappears after 3-6 months and is replaced with the patient’s own bone, thus permitting osseodensification.

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Can PRF be used with Augma bone graft cement?

There is no need for PRF. Soft tissue healing is optimal due to the characteristics of the material and its high ability to promote angiogenesis. Use of PRF as a membrane over exposed augma bone graft cement may not provide an adequate barrier to prevent material wash out. Using PRF to mix in with Augma bone graft cement interferes with proper bone graft cement matrix formation and detracts from bone regeneration results.

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Can Augma bone graft cement be mixed with autogenous bone particles to improve the result?

There is no need, as Augma bone graft cement is a bioactive material that dissolves and facilitates the formation of a new bone.  In case a clinician insists on creating a composite graft with autogenous particles, it can be done only with 3D Bone  (according to the specific protocol).

It is not recommended to mix autogenous particulate with Bone Apatite, which is already a pre-made composite graft. Please note that the key to success with Augma  Bond Apatite bone graft cement is the cohesive biphasic calcium sulfate matrix that is formed when the cement is activated placed and pressed in to place. The continuity of the matrix is of paramount importance. The introduction of other and unrelated particulate matter interfere with matrix formation and the bone regeneration potential of Augma bone graft cement.

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Can Augma bone graft cement be mixed with FDBA?

There is no need to mix Bond Apatite® with other grafts since it is a pre-made composite graft. If one chooses to make their own made cocktail, 1cc 3D Bond can be mixed with any particles of other grafts according to the mixing protocol.

The key to success with Augma Bond Apatite bone graft is the cohesive biphasic calcium sulfate matrix that is formed when the cement is activated placed and pressed in to place. The continuity of the matrix is of paramount importance. Introduction of other and unrelated particulate matter interfere with matrix formation and the bone regeneration potential of Augma bone graft cement.

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