Randomised Clinical Study to evaluate the efficacy of tilapia skin as an occlusive biological dressing on palatal wound healing after free gingival graft harvesting.
Autogenous grafts are currently considered the gold standard in regenerative and reconstructive procedures. However, these procedures require a second surgical site to provide the tissue graft. In autogenous gingival grafts, the area commonly selected for graft harvesting is the palate, which is linked to great discomfort and morbidity for the patient. In order to overcome these limitations, xenogeneic and alloplastic materials have been tested as tissue substitutes, but their results are still considerably inferior when compared to autogenous grafts. Faced with this superiority, another approach to favor the use of autogenous grafting is to develop materials that provide greater postoperative comfort and patient safety. Since the main complaint arising from the technique is related to pain resulting from the remaining surgical wound on the palate, it is interesting to look for mechanisms to reduce this sensitivity and accelerate the healing process. For this, the use of tilapia skin as a postoperative dressing seems to be a good alternative. Thus, the purpose of this study is to evaluate the use of tilapia skin, with the intention of accelerating the palate healing process, and to serve as a protector barrier during the healing process. Patients treated according to two techniques for palate protection after autogenous gingival graft harvesting will be evaluated: C- use of surgical cement and T- use of tilapia skin. Will be selected 60 patients of both sexes,\> 18 years old, requiring the removal of the palate graft for periodontal surgery. At the time of graft removal, palate thickness and graft dimensions will be measured. After 7, 14 and 30 days, the patient's discomfort and the difficulty in chewing and speaking will be recorded through a visual analog scale, the consumption of analgesic, and the dimensions of the surgical wound on the palate. For statistical analysis, two-way ANOVA will be performed and t-test paired on the obtained results.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
24
Application tilapia skin as an occlusive biological dressing for palatal wound healing after free gingival graft harvesting.
Application surgical wound dressing as an occlusive biological dressing for palatal wound healing after free gingival graft harvesting.
Bauru School of Dentistry
Bauru, Brazil, Brazil
Self-reported pain perception evaluated by a visual analog scale
Patient's self-reported pain perception will be evaluated using a visual analog scale with a score ranging from 0 (no pain) to 10 (unbearable pain).
Time frame: 14 days after the surgery
Self-reported discomfort evaluated by a visual analog scale
Patient's self-reported discomfort will be evaluated using a visual analog scale with a score ranging from 0 (no discomfort) to 2 (high discomfort).
Time frame: 14 days after the surgery
Self-reported trouble with speech evaluated by a visual analog scale
Patient's self-reported trouble with speech will be evaluated using a visual analog scale with a score ranging from 0 (no trouble) to 2 (high trouble).
Time frame: 14 days after the surgery
Self-reported trouble with eating evaluated by a visual analog scale
Patient's self-reported trouble with eating will be evaluated using a visual analog scale with a score ranging from 0 (no trouble) to 2 (high trouble).
Time frame: 14 days after the surgery
Comparison of the palate healing process evaluated through linear measurements (millimiter)
Pictures will be taken immediately after the gingival graft harvesting and compared with post-operativa pictures through the use of linear measurements at Image J.
Time frame: 30 days after the surgery
Number of analgesic pills taken after surgery
Evaluate the patient's perception of postoperative pain and discomfort by counting the number of analgesic pills taken after the surgery.
Time frame: 14 days after the surgery
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