At Implantarex, leaders in advanced dental implant solutions, we understand the importance of adequate bone support for the successful placement of dental implants.
Dental bone regeneration is a set of advanced techniques that restore the necessary volume of the maxillary bone, thus ensuring optimal functional and esthetic rehabilitation.
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Dental bone regeneration is at the forefront of reconstructive dentistry and implant dentistry, representing a powerful solution to one of the most significant challenges in dental health: the loss or deterioration of the mandibular or maxillary bone.
Often, this procedure is the foundation without which dental implants would not be possible.
Beyond its primary function as a preparatory step for implants, bone regeneration has life-transforming implications for the patient.
By reconstructing the lost bone structure, not only is the patient’s ability to chew and speak normally restored, but also the original silhouette of his or her facial profile is restored, thus preserving the natural esthetics and expressions that define his or her identity.
The technique itself is a testament to innovation in dental care: using the latest advances in biotechnology, biomimetic materials and meticulous surgical techniques, it offers a customized solution to address a wide range of bone problems.
The goal of bone regeneration is to stimulate the growth of new bone tissue in areas where bone has atrophied or deteriorated. The procedure may involve different techniques and materials, including:
This treatment is an essential component of modern implantology and various forms of oral and maxillofacial surgery, providing rehabilitation options that significantly improve patients’ quality of life.
Before proceeding with any bone regeneration treatment, it is essential to perform a thorough evaluation of the patient’ s current bone condition. This is done by means of radiographic imaging and cone beam computed tomography.
These diagnostic tools provide detailed 3D images that allow the dental surgeon to assess the quantity and quality of available bone, identify critical areas in need of regeneration, and accurately plan graft placement.
The area where the graft is to be performed must be completely clean and free of any infection. This may involve treatment of any existing periodontal conditions or removal of damaged teeth or root debris that may interfere with the graft.
Once the site is prepared, the graft material is carefully placed in the desired area. Graft types may include autologous bone (from the patient’s own bone), allograft (from a human donor), xenograft (of animal origin), or synthetic materials, depending on the patient’s specific situation and the surgeon’s preferences.
After graft placement, a healing period begins that is crucial for the integration of the graft with the natural bone. During this time, which can vary from several months to a year, depending on the extent of the graft and the general health of the patient, it is essential that the patient follows all postoperative instructions given by the surgeon.
These indications may include administration of medications to control pain and prevent infection, dietary restrictions, and oral hygiene guidelines. In addition, regular follow-up visits can be scheduled to monitor progress. of healing and ensure that the area is responding well to treatment.
Dental bone regeneration not only improves the viability of dental implants, but also has a profound impact on the quality of life of our patients, restoring both the functionality and esthetics of their smile.
The viability of dental implants depends critically on the quantity and quality of the mandibular bone.
Without adequate bone support, implant placement is less predictable and can result in treatment failure. Bone regeneration allows surgeons to rebuild this essential support, increasing the success rate of implants.
This technique is especially beneficial for patients who have been deemed unsuitable for implants due to significant bone loss.
Bone regeneration has not only functional but also esthetic implications.
Tooth loss and subsequent deterioration of untreated bone can lead to a collapse of the facial structure, particularly in the jaw and cheekbone region, resulting in an aged and worn appearance.
By restoring the original bone structure, bone regeneration procedures help to preserve or restore the natural shape of the face.
One of the main benefits of a complete and healthy dentition is the ability to chew efficiently, which is essential for good nutrition.
Many nutritious foods require good chewing function for proper consumption. Bone and tooth loss can severely limit a person’ s dietary choices, affecting their overall health.
Bone regeneration, by facilitating successful implant placement, allows patients to chew effectively and painlessly. This not only opens up a new range of foods they can enjoy but also contributes to better digestion and nutrient absorption.
Dental bone regeneration at Implantarex is not just a medical procedure; it is a step towards regaining quality of life, self-confidence and overall well-being. We are proud to be a leader in this field and help our patients achieve the smile they desire and deserve.
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