[Titanium spray-layered human tooth root implantation under physiological stress]

Area of Science:

• Biomaterials Science
• Dental Implantology
• Tissue Engineering

Context:

• Surgical intervention for endodontic complications often involves tooth stabilization.
• The use of advanced biomaterials is crucial for successful dental implant outcomes.
• Postoperative physiological stress is a key factor in implant osseointegration.

Purpose:

• To evaluate the histological outcomes of titanium-plasma-flame-spray coated endodontic stabilizers.
• To assess the bone integration and periodontal regeneration around stabilized teeth.
• To investigate the potential of these advanced stabilizers in endodontic treatment.

Summary:

• Six patients received titanium-plasma-flame-spray coated endodontic stabilizers post-apicectomy.
• Stabilized teeth were subjected to postoperative physiological stress.
• Histological examination at six months in one case showed direct bone-to-implant contact and new periodontal membrane formation.

Impact:

• Demonstrates the potential for osseointegration and periodontal regeneration with titanium-plasma-flame-spray coated endodontic stabilizers.
• Suggests a viable approach for enhancing the long-term stability and function of teeth following apicectomy.
• Provides histological evidence supporting the use of advanced coating technologies in endodontic implantology.