Abstract：
BACKGROUND: Autogenous tooth transplantation refers to a surgical procedure involving the relocation of a tooth within the same individual. Incorporating platelet-rich fibrin (PRF) in this procedure holds the potential to improve healing, accelerate recovery, and optimize treatment outcomes.
METHODS: In this article, the authors illustrate a PRF-based approach for autogenous tooth transplantation through two case scenarios. These cases outline the surgical steps of tooth transplantation and demonstrate the potential role of PRF in enhancing soft tissue healing. Furthermore, the article provides insights from a long-term follow-up spanning over 7 years.
RESULTS: Tooth transplantation in young adults is promising but depends on factors such as root development stage and donor tooth size matching. Including PRF may improve healing, at least in the short term, due to its rich concentration of growth factors and cytokines, promoting effective tissue regeneration.
CONCLUSIONS: Autogenous tooth transplantation has shown to be a viable treatment option for replacing the missing dentition. Adding PRF to the autogenous tooth transplantation procedure may speed up and enhance the treatment outcome. While the favorable results of these cases might be partially attributed to the use of PRF, the contribution of PRF to the healing process of tooth transplant remains conjectural and requires validation through additional research.
UNASSIGNED: Tooth autotransplantation can be performed in younger patients without requiring root canal treatment, while also potentially benefiting from the incorporation of platelet-rich fibrin (PRF).
METHODS: In this article, the authors illustrate a PRF-based approach for autogenous tooth transplantation through two case scenarios. These cases outline the surgical steps of tooth transplantation and demonstrate the potential role of PRF in enhancing soft tissue healing. Furthermore, the article provides insights from a long-term follow-up spanning over 7 years.
RESULTS: Tooth transplantation in young adults is promising but depends on factors such as root development stage and donor tooth size matching. Including PRF may improve healing, at least in the short term, due to its rich concentration of growth factors and cytokines, promoting effective tissue regeneration.
CONCLUSIONS: Autogenous tooth transplantation has shown to be a viable treatment option for replacing the missing dentition. Adding PRF to the autogenous tooth transplantation procedure may speed up and enhance the treatment outcome. While the favorable results of these cases might be partially attributed to the use of PRF, the contribution of PRF to the healing process of tooth transplant remains conjectural and requires validation through additional research.
UNASSIGNED: Tooth autotransplantation can be performed in younger patients without requiring root canal treatment, while also potentially benefiting from the incorporation of platelet-rich fibrin (PRF).
摘要：
背景：自体牙齿移植是指涉及在同一个体内重新定位牙齿的外科手术。在此过程中掺入富血小板纤维蛋白（PRF）具有改善愈合的潜力，加速复苏,优化治疗结果。
方法：在本文中，作者通过两种情况说明了基于PRF的自体牙移植方法。这些病例概述了牙齿移植的手术步骤，并证明了PRF在促进软组织愈合中的潜在作用。此外，这篇文章提供了超过7年的长期随访的见解。
结果：年轻人的牙齿移植是有希望的，但取决于诸如牙根发育阶段和供体牙齿大小匹配等因素。包括PRF可以改善愈合，至少在短期内,由于其丰富的生长因子和细胞因子的浓度，促进有效的组织再生。
结论：自体牙移植已被证明是替代缺失牙列的可行治疗选择。将PRF添加到自体牙齿移植手术中可以加速并提高治疗效果。虽然这些案例的有利结果可能部分归因于PRF的使用，PRF对牙齿移植愈合过程的贡献仍然是推测性的,需要通过更多的研究进行验证.
■年轻患者无需根管治疗即可进行牙齿自体移植，同时也可能受益于富血小板纤维蛋白（PRF）的掺入。
方法：在本文中，作者通过两种情况说明了基于PRF的自体牙移植方法。这些病例概述了牙齿移植的手术步骤，并证明了PRF在促进软组织愈合中的潜在作用。此外，这篇文章提供了超过7年的长期随访的见解。
结果：年轻人的牙齿移植是有希望的，但取决于诸如牙根发育阶段和供体牙齿大小匹配等因素。包括PRF可以改善愈合，至少在短期内,由于其丰富的生长因子和细胞因子的浓度，促进有效的组织再生。
结论：自体牙移植已被证明是替代缺失牙列的可行治疗选择。将PRF添加到自体牙齿移植手术中可以加速并提高治疗效果。虽然这些案例的有利结果可能部分归因于PRF的使用，PRF对牙齿移植愈合过程的贡献仍然是推测性的,需要通过更多的研究进行验证.
■年轻患者无需根管治疗即可进行牙齿自体移植，同时也可能受益于富血小板纤维蛋白（PRF）的掺入。
