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Product: Yxoss CBR®
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BIOBRIEF
Combined Horizontal and Vertical Regeneration Using a CAD-CAM Titanium Scaffold
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![](https://geistlich.us/wp-content/uploads/ragucci.jpg)
![](https://geistlich.us/wp-content/uploads/Prof.-Federico-Hernandez-Alfaro-e1698591524159.jpeg)
THE SITUATION
A 54-year-old, systematically healthy male patient (*ASA) came to our attention presenting with partial edentulism in the lower jaw and requiring a fixed and esthetic rehabilitation, refusing any removable solution. The clinical and radiographic evaluation resulted in significant bone atrophy both in the vertical and horizontal components; which makes it impossible to place both conventional implants and short or narrow implants.
*American Society of Anesthesiologists Physical Status Classification System
THE RISK PROFILE
Low Risk | Medium Risk | High Risk | |
---|---|---|---|
Patient’s health | Intact immune system Non-smoker | Light smoker | Impaired immune system |
Patient’s esthetic requirements | Low | Medium | High |
Height of smile line | Low | Medium | High |
Gingival biotype | Thick – “low scalloped” | Medium – “medium scalloped” | Thin – “high scalloped” |
Shape of dental crowns | Rectangular | Triangular | |
Infection at implant sight | None | Chronic | Acute |
Bone height at adjacent tooth site | ≤ 5 mm from contact point | 5.5 – 6.5 mm from contact point | ≥ 7 mm from contact point |
Restorative status of adjacent tooth | Intact | Restored | |
Width of tooth gap | 1 tooth (≥ 7 mm) | 1 tooth (≤ 7 mm) | 2 teeth or more |
Soft-tissue anatomy | Intact | Compromised | |
Bone anatomy of the alveolar ridge | No defect | Horizontal defect | Vertical defect |
THE APPROACH
Solving the case was developed in two steps: first bone reconstruction to restore the ideal anatomy, second positioning of the prosthetically guided implants. An individualized regeneration technique was chosen using a CAD-CAM titanium scaffold (Yxoss CBR®) in conjunction with a mix of 60% autogenous bone and 40% Geistlich Bio-Oss®, covered by Geistlich Bio-Gide®. At 9 months, the titanium scaffold was easily removed and 3 prosthetically guided implants were placed, completely surrounded by bone. At 12 months, a free gingival graft was performed to re-establish the missing amount of keratinized mucosa. Finally, at 16 months, the final rehabilitation was carried out with a fixed prosthesis on implants.
“Combined horizontal and vertical bone augmentation utilizing a CAD CAM titanium scaffold can be achieved with less surgical time and less complications.”
THE OUTCOME
The final resolution of the case was very satisfactory. There were no complications during all the procedures performed. The Yxoss CBR® allowed for easier reconstructive surgery and a significant reduction in surgical times, thanks to the precise dimensions of the scaffold. This resulted in a favorable post- operative situation for the patient and complications were prevented.
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Dr. Gian Maria Ragucci
Universitat Internacional de Catalunya (UIC), Barcelona Dental degree at Universidad Europea de Madrid 2015
International Master in oral surgery at UIC, Barcelona 2018
PhD student at UIC, Barcelona 2018
EAO Certification program in implant dentistry 2018
EAO European prize in implant dentistry 2019
![](https://geistlich.us/wp-content/uploads/Prof.-Federico-Hernandez-Alfaro-e1698591524159.jpeg)
Prof. Federico Hernández-Alfaro
Full professor & Chairman, Department of Oral and Maxillofacial Surgery, UIC, Barcelona
Institute of Maxillofacial Surgery, Teknon Medical Center, Barcelona
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BIOBRIEF
3D Bone Augmentation Using Customized Titanium Mesh in Conjunction with Autogenous Bone and Bovine Bone Material Granules
![](https://geistlich.us/wp-content/uploads/chiapasco-tommasato-figure-8-scaled.jpg)
![Dr. Matteo Chiapasco](https://geistlich.us/wp-content/uploads/chiapasco.jpg)
![](https://geistlich.us/wp-content/uploads/Tommasato-scaled.jpg)
THE SITUATION
A 75-year-old systemically healthy female came to our attention presenting with absent mandibular second bicuspids and molars and requiring a fixed rehabilitation supported by implants as she refused a removable solution. The clinical and radiographic evaluation showed a relevant vertical and horizontal bone atrophy of such an extent that short or narrow implants were not considered a reliable option. The patient smoked <10 cigarettes per day.
THE RISK PROFILE
Low Risk | Medium Risk | High Risk | |
---|---|---|---|
Patient’s health | Intact immune system | Light smoker | Impaired immune system |
Patient’s esthetic requirements | Low | Medium | High |
Height of smile line | Low | Medium | High |
Gingival biotype | Thick – “low scalloped” | Medium – “medium scalloped” | Thin – “high scalloped” |
Shape of dental crowns | Rectangular | Triangular | |
Infection at implant sight | None | Chronic | Acute |
Bone height at adjacent tooth site | ≤ 5 mm from contact point | 5.5 – 6.5 mm from contact point | ≥ 7 mm from contact point |
Restorative status of adjacent tooth | Intact | Restored | |
Width of tooth gap | 1 tooth (≥ 7 mm) | 1 tooth (≤ 7 mm) | 2 teeth or more |
Soft-tissue anatomy | Intact | Compromised | |
Bone anatomy of the alveolar ridge | No defect | Horizontal defect | Vertical defect |
THE APPROACH
The main goal was to obtain a horizontal and vertical reconstruction of the deficient alveolar bone in order to allow safe and prosthetically-guided implant placement. Reconstruction was obtained by means of a customized titanium mesh, Yxoss CBR®, in combination with a mixture of autologous bone chips harvested from the mandibular ramus and bovine bone mineral, Geistlich Bio-Oss®.
The 3-dimensional reproduction of the left edentulous area permits the production of a precise and customized Ti-mesh.
THE OUTCOME
Post-operative recovery of this patient was uneventful, no complications such as dehiscence or late exposure of the customized mesh, with complete correction of the initial defect. The Yxoss CBR® allowed an easy and faster reconstruction thanks to the precision of the prefabricated mesh filled with autologous chips, Geistlich Bio-Oss® and Geistlich Bio-Gide®.
![](https://geistlich.us/wp-content/uploads/chiapasco-tommasato-figure-12-2000x1256.jpg)
![Dr. Matteo Chiapasco](https://geistlich.us/wp-content/uploads/chiapasco.jpg)
Matteo Chiapasco, D.D.S., M.D.
Graduated in Medicine and specialized in Maxillofacial Surgery at the University of Milan, Italy. Professor, Unit of Oral Surgery, University of Milan; Associate Professor, Loma Linda University, Los Angeles, California, USA.
![](https://geistlich.us/wp-content/uploads/Tommasato-scaled.jpg)
Grazia Tommasato, D.D.S., M.S.C.
Graduated in Dentistry in 2013, specialized in Oral Surgery at the University of Milan magna cum laude. PhD student and a medical consultant of the Clinical Unit of Oral Surgery (“G. Vogel” Clinic, Milan).
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WEBINAR
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WEBINAR
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CLINICAL CASE
CLINICAL SITUATION:
A 60-year-old female presented to the periodontics clinic at UTHSA for implant placement at sites #18 and #19. Upon clinical and radiographic examinations, the lower left edentulous ridge was diagnosed as a Siebert class III due to the presence of bucco-lingual and apico-coronal tissue defects. The treatment proposed included soft tissue grafting for increase of keratinized tissue followed by ridge augmentation using Yxoss CBR®mesh and a mix of autograft, vallos™ fibers, and platelet-rich plasma (PRP)
OUTCOME:
The vallos™ fibers combined with autogenous bone and the PRP created a stable fibrin bone graft that could be easily molded and contained within the mesh. Hydration with PRP was progressive until the graft reached the desired consistency. Wound healing following ridge augmentation was uneventful. There were no signs of infection or membrane exposure at the site. Mesh removal and implant placement is planned at 6-months following ridge augmentation.
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CLINICAL CASE
CLINICAL CHALLENGE:
- The planning of the patient’s case takes local and general patient-specific risk factors into consideration according to the principles of backward planning for implant positioning.
AIM/APPROACH:
- Highlights step-by-step the important procedures to regenerate the bone (horizontal and vertical) with the 3-D printing technology, Yxoss CBR®.
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CLINICAL CASE
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CLINICAL CASE
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CLINICAL CASE
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CLINICAL CASE
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