Evaluation of Soft and Hard Tissue Changes After Immediate Implant Placement With Sticky Tooth Versus Autogenous Tooth Graft for management of Cases With Labial Plate Dehiscence
In patients with labial plate dehiscence in the esthetic zone, there is no difference between the use of tooth-derived granules in combination with platelet-rich fibrin ("sticky tooth") and autogenous tooth graft in conjunction with immediate implant placement in enhancing the amount of bone labial to the implant
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
36
* Topical anesthesia will be administered using an infiltration technique. * Atraumatic extraction will be done with the aid of periotome and Luxators. * The extraction socket will be debrided to remove any residual debris or granulation tissue. * Full-thickness midcrestal incision and vertical releasing incision on the distal side will be made, and a vertical releasing incision on the mesial side will be made if necessary. The extraction socket and the labial bone defect will be exposed by buccal and palatal flap reflection. * Implant insertion will be performed according to the manufacturer's instruction, and then the implant will be inserted 2mm apical to the alveolar bone crest with adequate primary stability. * The gap between the implant and the defect of the facial bone will be filled with the sticky tooth to reach enough buccal bone supported and then will be covered with absorbable barrier collagen membranes. * Finally, the flap will be repositioned and sutured.
* Topical anesthesia will be administered using an infiltration technique. * Atraumatic extraction will be done with the aid of periotome and Luxators. * The extraction socket will be debrided to remove any residual debris or granulation tissue. * Full-thickness midcrestal incision and vertical releasing incision on the distal side will be made, and a vertical releasing incision on the mesial side will be made if necessary. The extraction socket and the labial bone defect will be exposed by buccal and palatal flap reflection. * Implant insertion will be performed according to the manufacturer's instruction, and then the implant will be inserted 2mm apical to the alveolar bone crest with adequate primary stability. * The gap between the implant and the defect of the facial bone will be filled with the autogenous demineralized dentin graft to reach enough buccal bone supported and then will be covered with collagen membranes. * Finally, the flap will be repositioned and sutured.
Radiographic width of bone labial to the implant
Amount of bone labial to the implant will be measured perpendicular to the vertical line of the implant surface at the implant neck level or the top of the buccal bone (which is regarded as 0 mm), 3 mm and 6 mm apical to the implant neck Each measurement will be recorded at different times
Time frame: 1 year
Radiographic horizontal bucco-palatal bone changes
The bucco-palatal width of the alveolar bone will be measured perpendicular to the long axis of the alveolar bone; the 3 measurements will be the coronal width (CW), middle width (MW), and apical width (AW). Each measurement will be recorded at different times
Time frame: 1 year
Radiographic vertical bone changes
Vertical bone height will be measured. Measurement will be taken at highest point of the remaining labial/buccal plate of bone using the implant neck as a reference point. Each measurement will be recorded at different times and the difference between pre and post-operative measurements will be determined as the gain in labial/buccal vertical bone dimension
Time frame: 1 year
Esthetic evaluation (The pink esthetic score)
The pink esthetic score will be calculated on the parameters defined by (Fürhauser et al. 2005). Clinical photographs will be taken to evaluate peri-implant soft tissue through evaluating seven variables compared to a natural reference tooth including: mesial papilla, distal papilla, soft-tissue level, soft-tissue contour, alveolar process deficiency, soft-tissue color and texture. Using a 0-1-2 scoring system, 0 being the lowest, 2 being the highest value. The maximum achievable PES is 14.
Time frame: 1 year
Implant stability
Implant stability will be measured using Ostell which has a scale ranges from 1 to 100, the higher the ISQ the more stability
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Time frame: 6 months
Gingival Thickness
Gingival thickness will be evaluated 2 mm below the gingival margin with a short needle for and silicon disk stop. The needle will be inserted perpendicular to the mucosal surface, through the soft tissues with light pressure until a hard surface was reached. The silicone disc stop was then mounted in close contact with the gingival tissue surface. The insertion depth was assessed with a digital caliper accurate to the nearest 0.1 mm
Time frame: 1 year
Width of the Keratinized Tissue
It will be evaluated from the gingival margin to the mucogingival junction (MGJ). The MGJ was assessed with roll technique
Time frame: 1 year
Midfacial recession
Corono-apical distance between the peri-implant soft tissue margin and the cemento-enamel junction (CEJ) of the homologous contralateral tooth
Time frame: 1 year
Post-Operative Pain
Pain will be assessed post-surgically using the Visual Analogue Scale (VAS) with numbers from 0 to 10 score zero represented no pain while score 10 represented the worst pain imaginable
Time frame: 7 days
Post-Operative patient's Satisfaction
Three Yes or No Questions will be asked to the patient about his overall satisfaction about the procedure /
Time frame: 1 year
Post-operative swelling
Swelling will be assessed post-surgically using the Verbal Rating Scale (VRS) (García et al. 2008): * Absent (no swelling), * Slight (intraoral swelling at the operated area), * Moderate (moderate intraoral swelling at the operated area) and * Intense (intensive extraoral swelling extending beyond the operated area)
Time frame: 7 days