Fig. 1: Three-dimensional volumetric rendering of the maxilla-mandibular relationship (r), and a sagittal section (l) of this region of interest.
Fig. 2: Frontal view of reconstructed volume from CBCT dataset allows for total inspection of the patient’s anatomy.
Fig. 3: Cross-sectional slice revealing the trajectory of the maxillary alveolus vs the trajectory of the root when planning for an implant.
Fig. 4: Edentulous resorbed mandibular ridge.
Fig. 5: Panoramic reconstruction from CBCT dataset.
Fig. 6: Reveals the broken pilot drill ‘in the bone’.
Fig. 7: 3-D volumetric reconstruction from CBCT data.
Fig. 8: The need for bone reduction to flatten the ridge for implant placement (red arrows).
Fig. 9: The axial and 3-D reconstructed views revealing the IAN’s, and four proposed implants in the symphysis.
Fig. 10: The cross-sectional slices revealing ‘hollow’ areas in the symphysis.
Fig. 11a: The ‘clipping’ view with simulated implants reveals ‘hollow’ areas in the symphysis.
Fig. 11b: The ‘clipping’ view with simulated implants reveals ‘hollow’ areas in the symphysis.
Fig. 12: The mandibular 3-D reconstructed volumes illustrating the hollow areas and potential implant receptor sites.
Fig. 13: A full thickness mucoperiosteal flap exposed the knifeedged ridge of the mandibular symphysis.
Fig. 14: The broken drill was located lingual to the bony crest of the mandible.
Fig. 15: The anterior symphysis revealing the anterior ‘hollow’ symphysis.
Fig. 16a: The thread design of the AnyRidge implant (a), four implants well-fixated in the mandibular symphysis (b).
Fig. 16b: The thread design of
the AnyRidge implant (a),
four implants well-fixated in the
mandibular symphysis (b).
Fig. 17: Each of the four implants was measured for implant stability with the implant specific SmartPeg.
Fig. 18a: A resorbable calcium apatite bone grafting material was used to fill voids and cover the implant—followed by applications of platelet-rich fibrin (PRF).
Fig. 18b: A resorbable calcium apatite bone grafting material was used to fill voids and cover the implant—followed by applications of platelet-rich fibrin (PRF).
Fig. 19a: Healed site at three months (a). Uncovering of the integrated implants, healing collars and SmartPeg to measure ISQ values postoperatively (b). SmartPeg measuring ISQ values at uncovering (c).
Fig. 19b: Healed site at three months (a). Uncovering of the integrated implants, healing collars and SmartPeg to measure ISQ values postoperatively (b). SmartPeg measuring ISQ values at uncovering (c).
Fig. 19c: Healed site at three months (a). Uncovering of the integrated implants, healing collars and SmartPeg to measure ISQ values postoperatively (b). SmartPeg measuring ISQ values at uncovering (c).
Fig. 20: Four overdenture attachments to support a complete mandibular denture.
Fig. 21: PreForm software designing supports to fabricate two separate mandibular models.
Fig. 22a: The virtual surface model (a), and the actual 3-D printed model (b).
Fig. 22b: The virtual surface model (a), and the actual 3-D printed model (b).
Table 1: RFA/ISQ values over time.