Correcting mucogingival deformities for pescatarian patients: A clinical case study.

IF 0.9 Q3 DENTISTRY, ORAL SURGERY & MEDICINE Clinical Advances in Periodontics Pub Date : 2024-04-22 DOI:10.1002/cap.10289
Hyung Jae Jung, N. Karimbux, Irina F Dragan
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Abstract

AIM This clinical case study is to highlight the improvement of periodontal health of mandibular canines using a soft tissue alternative of fish origin, a piscine graft. METHODS A 37-year-old female patient was referred to a periodontal practice for evaluation of mucogingival deformities around teeth #22 and #27 that were also diagnosed with recession, lack of keratinized tissue (KT), and bilateral high frenum attachment. Multiple soft tissue treatment options were presented to the patient, including autogenous, allograft, or xenograftporcine or piscine. RESULTS Given the patient's dietary preference, piscine option was preferred. The procedures were completed one at a time, first #22 and later #27, using the standard of care procedures for correcting mucogingival deformities using soft tissue alternatives. Post-surgical visits were scheduled at regular intervals (2, 4, 12, 24, 52 weeks) to evaluate the clinical outcomes. Healing was uneventful and clinical outcomes reveal correction of the mucogingival deformities. The amount of KT at the 52 weeks healing time, measured using an intraoral scanner was 2.12 mm on #22 and 1.78 mm on #27. CONCLUSION Within this clinical case's scope, piscine xenograft demonstrates to be a safe and effective soft tissue alternative to correct mucogingival deformities, increasing the KT width and achieving recession coverage. In addition, integration of patient's preference may lead to increased case acceptance and patient compliance. KEY POINTS What new information is this case providing? The use of a soft tissue alternative of piscine origin that was selected based on the patient's preference to correct bilateral combined mucogingival deformities (recession, lack of KT, and aberrant frenum attachment) around teeth. What is a key step to integrating this soft tissue alternative in clinical practice? The pre-hydration of the soft tissue alternative is preferred, compared to other soft tissue alternatives that might not require hydration (xenograft bovine origin). What are the limitations to success in this case? Confirming with the patient no pre-existing fish allergies.
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为鱼类患者矫正粘膜龈畸形:临床案例研究。
方法一名 37 岁的女性患者因 22 号和 27 号牙齿周围的粘膜龈畸形而被转诊至牙周病诊所进行评估,该患者还被诊断为牙周衰退、角化组织(KT)缺乏和双侧龈缘附着过高。向患者提供了多种软组织治疗方案,包括自体、异体、异种移植porcine或piscine。结果鉴于患者的饮食偏好,首选piscine方案。手术采用使用软组织替代物矫正粘膜龈畸形的标准护理程序,一次完成 22 号手术,随后完成 27 号手术。手术后定期回访(2、4、12、24、52 周),以评估临床效果。伤口愈合顺利,临床结果显示粘膜龈畸形得到了矫正。结论在这个临床病例中,鱼藤异种移植证明是一种安全有效的软组织替代物,可用于矫正粘膜龈畸形,增加 KT 宽度并实现衰退覆盖。此外,结合患者的偏好可能会提高病例的接受度和患者的依从性。关键要点本病例提供了哪些新信息?根据患者的偏好选择使用一种源于鱼类的软组织替代物来矫正牙齿周围的双侧合并粘龈畸形(退缩、缺乏 KT 和龈缘附着异常)。将这种软组织替代方法应用于临床实践的关键步骤是什么?与其他可能不需要水化的软组织替代物(牛源异种移植)相比,这种软组织替代物更需要预先水化。本病例成功的限制因素有哪些?与患者确认是否存在鱼类过敏。
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来源期刊
Clinical Advances in Periodontics
Clinical Advances in Periodontics DENTISTRY, ORAL SURGERY & MEDICINE-
CiteScore
1.60
自引率
0.00%
发文量
40
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