Multidisciplinary approach to maximize angiogenesis and wound healing using piezoelectric surgery, concentrated growth factors and photobiomodulation for dental implant placement surgery involving lateral wall sinus lift: two case reports.

Q4 Neuroscience

Vascular Cell Pub Date : 2020-04-28 DOI:10.24238/13221-12-1-186

N. Doan, Thang-Quyet Huynh, Sang Tran, Gui Wang, S. Hamlet, V. Dau, D. Dao, N. Nguyen, H. Nguyen, J. Doan, T. Thai, N. Doan, K. N. Truong

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引用次数: 3

Abstract

Background: The application of Photobiomodulation (PBM), Piezoelectric Surgery (PES) and Concentrated Growth Factors (CGF) in dental implant sinus lift procedure has gained popularity. Aim: To detail a two cases report on the use of PMB, PES, and CGF as a means of enhanced angiogenesis in tissue regeneration in dental implant lateral wall sinus lift procedure. Materials and Methods: This paper presents two cases report on the multi-disciplined approach using PBM, PES, and CGF as a method of enriched angiogenesis in tissue regeneration in dental implant sinus lift technique. In both patients, the sinus lateral windows were created using PES and the sinus membrane was raised to make a new partition. Surface modified dental implants (average 8 mm long) were inserted concurrently, packed with autologous fibrin-rich CGF, and then lastly induced PBM using Multiwave Locked System (MLS) laser. Radiographic and clinical evaluation was implemented to validate the efficacy of this multi-disciplined approach. Results and discussion: Postoperative revival was ordinary with no noteworthy postoperative complications. Wound closure/angiogenesis occurred shortly after day one. New bone formation in all augmented maxillary sinuses was detected alongside the implants on plain radiographs and on cone-beam computed tomograms. The patients were very happy with the overall treatment (>80%) and the success rate of implant was 100% after a usual 10 months loading period. PBM, PES, and CGF enhance angiogenesis/wound healing by speeding up wound approximation/healing, lessening the followings: postoperative pain, swelling, bleeding, speech impairment, analgesic use, and trismus. Conclusion: Using PBM, PES, and CGF as a method to enrich angiogenesis/wound healing in sinus lift rendered initial phase of satisfaction, simplicity, effectiveness, minimal complication, enhanced angiogenesis/wound healing with no cross infection and allergic reaction. Keywords photobiomodulation - piezoelectric surgery - concentrated growth factors - sinus augmentation - angiogenesis/wound healing

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利用压电手术、集中生长因子和光生物调节实现血管生成和伤口愈合最大化的多学科方法，用于涉及侧壁窦提升的牙科植入手术：两例病例报告。

背景：光生物调制（PBM）、压电外科（PES）和浓缩生长因子（CGF）在种植牙鼻窦提拉术中的应用越来越受欢迎。目的：详细报道两例在牙种植体侧壁窦提升术中使用PMB、PES和CGF作为增强组织再生血管生成的手段的病例报告。材料和方法：本文报告了两例在种植窦提升技术中使用PBM、PES和CGF作为组织再生中富集血管生成的多学科方法的病例报告。在这两名患者中，使用PES创建窦侧窗，并抬高窦膜以形成新的分隔物。同时插入表面修饰的牙科植入物（平均8毫米长），填充富含纤维蛋白的自体CGF，然后最后使用中波锁定系统（MLS）激光诱导PBM。进行了放射学和临床评估，以验证这种多学科方法的有效性。结果与讨论：术后恢复正常，无明显的术后并发症。伤口闭合/血管生成发生在第一天之后不久。在平片和锥形束计算机断层图像上，在种植体旁边的所有上颌窦中都检测到了新的骨形成。患者对整体治疗非常满意（>80%），在通常的10个月负荷期后，植入成功率为100%。PBM、PES和CGF通过加速伤口接近/愈合来增强血管生成/伤口愈合，减轻以下症状：术后疼痛、肿胀、出血、言语障碍、镇痛药使用和三体性。结论：PBM、PES和CGF作为一种在鼻窦提升术中丰富血管生成/伤口愈合的方法，具有满意、简单、有效、并发症少、增强血管生成/创伤愈合的初始阶段，没有交叉感染和过敏反应。光生物调制-压电手术-浓缩生长因子-鼻窦扩张-血管生成/伤口愈合

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来源期刊

Vascular Cell Neuroscience-Neurology

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0.70

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