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3D Exosomes Techniques
Technique for Periodontal papilla regeneration
Technique for Periodontal papilla regeneration without bone grafting or flap surgery using 3D Exosomes and Polypeptide 3D Exosome Media (PEM) Paste
When treating atrophied periodontal papilla, leveraging the regenerative potential of 3D exosomes and Polypeptide 3D Exosome Media (PEM), tissue regeneration techniques can significantly enhance esthetics.
- Using 3D exosome-functionalized PEM paste for atrophied papilla offers a non-invasive approach to inhance healing and soft tissue regeneration
- By combining 3D exosome functionalized PEM Paste and direct 3D exosome placement at the mucogingingival line, clinicians can create a conducive environment for soft tissue generation.
- Improve the success of amplifying atrophied papilla.
PEM and 3D Exosome Prepared
Pre-treatment
Papilla regeneration isolation
Papilla regeneration
Treatment of Periodontal Pockets
Technique for treating Periodontal Pockets without bone grafting or flap surgery using 3D Exosomes and Polypeptide 3D Exosome Media (PEM) Paste
When treating localized periodontal pockets, leveraging the regenerative potential of 3D exosomes and tissue regeneration techniques can significantly enhance healing.
- Using 3D exosome-functionalized PEM Paste for localized periodontal pockets offers a non-invasive approach to enhance healing and soft tissue regeneration
- By combining 3D exosome-functionalized PEM Paste and direct 3D exosome placement at the mucogingival line clinicians can create a conducive and inductive environment for soft tissue/bone regeneration
- Improve the treatment success rates of localized periodontal pockets
Pre-treatment
PEM and 3D Exosome Prepared
Isolation for PEM and Placement
PEM paste placement in sulcus
PEM paste placement in sulcus
3D Exosome Injection