[Implants in ophthalmology and potential of visual control]

Area of Science:

• Oral surgery
• Biomaterials science
• Regenerative medicine

Background:

• Socket preservation is crucial after tooth extraction to maintain alveolar ridge morphology.
• Biomaterials like "Alloplant" are utilized to facilitate bone regeneration and soft tissue healing.
• Assessing the long-term outcomes of socket reconstruction techniques is essential for clinical practice.

Purpose of the Study:

• To evaluate the effectiveness of a modified primary socket reconstruction technique using the "Alloplant" biomaterial.
• To assess the cosmetic results and structural integrity following socket reconstruction at various time points.
• To present findings from complex ultrasonic examinations conducted post-procedure.

Main Methods:

• A modified primary socket reconstruction technique was employed, utilizing the "Alloplant" biomaterial.
• Complex ultrasonic examinations were performed at different intervals after the surgical procedure.
• Cosmetic outcomes were evaluated to determine patient and clinician satisfaction.

Main Results:

• The modified primary socket reconstruction technique demonstrated favorable cosmetic results.
• Ultrasonic examinations indicated successful integration and maintenance of the reconstructed socket over time.
• The "Alloplant" biomaterial proved effective in supporting socket reconstruction.

Conclusions:

• The modified primary socket reconstruction technique using "Alloplant" is a viable option for achieving good cosmetic results.
• Ultrasonic evaluation supports the long-term stability and success of this reconstructive approach.
• This technique contributes to improved aesthetic and functional outcomes in oral surgery.