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2026 AO Annual Meeting
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Jaime Lozada
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P136
Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans
Layla Nemat
,
Jaime Lozada
,
Ekaterina Zernitckaia
Poster Presenter: Layla Nemat
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Give Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans 1/5
Give Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans 2/5
Give Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans 3/5
Give Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans 4/5
Give Predicting Future Sinus Augmentation Procedure Using Deep Learning From CBCT Scans 5/5
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P23
Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study
Sarina Badakhshan
,
Layla Nemat
,
Joseph Kan
,
Jaime Lozada
Poster Presenter: Sarina Badakhshan
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Give Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study 1/5
Give Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study 2/5
Give Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study 3/5
Give Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study 4/5
Give Comparative Anlaysis of Radiographic Marginal Bone Level Changes in Crestal Versus Subcrestal Placement of Implants: A Retrospective Study 5/5
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P4
Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds
Saud Alajmi
,
Jaime Lozada
,
Aladdin Al-Ardah
,
Zhong Zhe
,
Ekaterina Zernitckaia
Poster Presenter: Saud Alajmi
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Give Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds 1/5
Give Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds 2/5
Give Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds 3/5
Give Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds 4/5
Give Biodegradable Polycaprolactone (PCL) Membrane for Bone Augmentation: A Comparative in Vitro Analysis of 3D Printed Scaffolds 5/5
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P86
Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis
Shunsuke Kamimura
,
Sasiya Bhumpattarachai
,
Joseph Kan
,
Charles Goodacre
,
Jaime Lozada
Poster Presenter: Shunsuke Kamimura
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Give Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis 1/5
Give Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis 2/5
Give Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis 3/5
Give Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis 4/5
Give Incidence of Peri-implantitis and Marginal Bone Loss on Anodized and Sandblasted, Large-grit, Acid-etched Surface Implants: A Retrospective Analysis 5/5
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P91
Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans
Ham Kibuuka
,
Jaime Lozada
,
Ekaterina Zernitckaia
Poster Presenter: Ham Kibuuka
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Give Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans 1/5
Give Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans 2/5
Give Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans 3/5
Give Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans 4/5
Give Predicting Future Sinus Augmentation Procedure and Bone Grafting Volume Using Deep Learning fFom CBCT Scans 5/5
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P92
AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report
Ham Kibuuka
,
Hung-Chi Liao
,
Joseph Kan
,
Jaime Lozada
Poster Presenter: Ham Kibuuka
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Give AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report 1/5
Give AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report 2/5
Give AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report 3/5
Give AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report 4/5
Give AI-assisted Assessment of Inter-implant Papilla Preservation Using the Socket-Shield Technique: A Proof of Concept Case Report 5/5
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