SURGICAL THERAPY

SURGICAL THERAPY: OPEN FLAP DEBRIDEMENT

Even though by itself a non surgical approach to therapy is very efficient in decreasing the risk of onset and progression of various diseases of the gingival tissues, it is also known to have therapeutic limitations.

Factors that contribute to the decreased effectiveness of non surgical therapy include; time constraints, difficulty in accessing the area to be treated, operator experience, individual responses to the therapy by the patient, and anatomical and microbiological influences.  For these above mentioned reasons it may be advantageous and indicated to have surgical access to the area in need of decontamination.

The possibility to elevate a flap and visualize the roots surfaces allows for an accurate and complete elimination of local etiologic factors.  Many different surgical techniques have been described based on the type of case being treated as well as on the objectives of therapy. Among the most relevant clinical problems that can occur after surgery are the unaesthetic outcomes in aesthetic areas (lengthening of the clinical crowns). Some of the incision techniques, that allow us to gain adequate access to the area under treatment, have been designed in such a way as to decrease these undesired outcomes.

SURGICAL THERAPY: RESECTIVE SURGERY (FIRST CASE)

Osseoresective surgery differentiates itself form the simple open flap debridement technique by its therapeutic indications and the different objectives, which are pre- fixed.  While open flap debridement procedures are surgically tailored to reduce the probings of periodontal pockets, osseoresective surgery has as its goal the complete elimination of all pockets. Obtaining this objective is made possible through surgical remodeling of the gingival and osseous tissues (osteoplasty and ostectomy).  The correct execution of this therapy redesigns tissue anatomy in order to simplify hygiene maintenance both at home and in the professional setting.  Often this type of surgical intervention represents the therapy of choice in areas where restorative prosthetics are indicated or where lesions of the furcation area are present.

SURGICAL THERAPY: RESECTIVE SURGERY (SECOND CASE)

Osseoresective surgery differentiates itself form the simple open flap debridement technique by its therapeutic indications and the different objectives, which are pre- fixed.  While open flap debridement procedures are surgically tailored to reduce the probings of periodontal pockets, osseoresective surgery has as its goal the complete elimination of all pockets. Obtaining this objective is made possible through surgical remodeling of the gingival and osseous tissues (osteoplasty and ostectomy).  The correct execution of this therapy redesigns tissue anatomy in order to simplify hygiene maintenance both at home and in the professional setting.  Often this type of surgical intervention represents the therapy of choice in areas where restorative prosthetics are indicated or where lesions of the furcation area are present.

SURGICAL THERAPY: RESECTIVE SURGERY AND THERAPY OF THE FURCATION

The presence of a furcal lesion, due to its difficult accessibility, does not allow for adequate oral hygiene procedures by either the patient at home or by the professional in the office, thus representing a significant “risk factor” for the progression of periodontal disease.  Among the different treatment options available for this type of periodontal lesion are the separation and/or removal of roots, which produces particularly effective results. This approach has its indications when there is the presence of a severe lesion on the inter-radicular space of molars (class II or III) and it is based on the physical separation of the involved roots.  This separation can, in some cases, be combined with the sacrificing of one or more roots in order to give a better prognosis to those remaining.  The procedure described is normally accompanied by prosthetic rehabilitation of the area after osseous resective surgery.

SURGICAL THERAPY: RECONSTRUCTIVE SURGERY (FIRST CASE)

 Among the therapeutic objectives of surgical periodontal therapy, whenever there is an indication for it, there is the regeneration of the periodontal attachment, which has been lost.

In cases where the osseous defects surrounding the teeth, approach considerable dimensions, a resective approach (that removes osseous tissues) would require an excessive sacrifice of supporting tissues from around the neighboring teeth. It is in these cases, when there are present deep infraosseous defects, that we find an indication for Reconstructive Surgery that favors the addition of bone without altering the contours of the peripheral osseous defect.

In the past thirty years several techniques have been described, aimed at reconstructing the ligament destroyed by the periodontal infection.

The formation of new cementum, ligament fibers, and supporting osseous tissues has been clinically and histologically demonstrated following allografts (DFDBA), guided tissue regeneration (GTR) or induced periodontal regeneration (IPR). The combination of these different reconstructive techniques are often used with much success it the clinical practice.

SURGICAL THERAPY: RECONSTRUCTIVE SURGERY (SECOND CASE)

Among the therapeutic objectives of surgical periodontal therapy, whenever there is an indication for it, there is the regeneration of the periodontal attachment, which has been lost.

In cases where the osseous defects surrounding the teeth, approach considerable dimensions, a resective approach (that removes osseous tissues) would require an excessive sacrifice of supporting tissues from around the neighboring teeth. It is in these cases, when there are present deep infraosseous defects, that we find an indication for Reconstructive Surgery that favors the addition of bone without altering the contours of the peripheral osseous defect.

In the past thirty years several techniques have been described, aimed at reconstructing the ligament destroyed by the periodontal infection.

The formation of new cementum, ligament fibers, and supporting osseous tissues has been clinically and histologically demonstrated following allografts (DFDBA), guided tissue regeneration (GTR) or induced periodontal regeneration (IPR). The combination of these different reconstructive techniques are often used with much success it the clinical practice.

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