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The Research Progress of Platelet-Rich Fibrin Applications in the Orthodontic Treatment

机译:血小板纤维蛋白应用在正畸治疗中的研究进展

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Either the alveolar bone defects or the severe absorbed alveolar bone led by the teeth extraction could have an effect on the orthodontic teeth movement. Guided bone generation technique has supplied a new method for the above clinical difficulty. Platelet-Rich Fibrin has been reported in the orthodontics and clinical researches because of its obvious osteogenic property. This paper was to describe the newly applications of Platelet-Rich Fibrin in orthodontic clinic. In the orthodontic clinic, the alveolar bone defects or the height and the decreased width of alveolar bone always occurred due to the common reasons such as tumor, inflammation, the early loss of teeth, extraction or cleft lip and palate, which would have negative effect on the orthodontic teeth movement. For example, the teeth would not move or have a lot of difficulties in moving, the roots of teeth could be absorbed and the alveolar bone around the teeth would be resorbed 1. The above complications would jeopardize stability of the orthodontic treatment results. Nowadays, the development of Guided Bone Regeneration offered a new method to solve the above mentioned difficulties. Platelet-Rich Fibrin has been more noticed in the bone reconstruction because of its obvious osteoinducivity and osteoconductivity properties. At present, there are many studies about Platelet-Rich Fibrin used in the orthodontic fundamental researches and clinical application. This paper was to describe the newly applications of Platelet-Rich Fibrin in orthodontic clinic.
机译:通过齿提取的肺泡骨缺陷或严重吸收的肺泡骨骼可能对正畸牙齿运动产生影响。引导骨代技术为上述临床困难提供了一种新方法。富含血小板的纤维蛋白,在矫正性和临床研究中据报道,因为其显而易见的成骨特性。本文旨在描述正畸诊所的血小板纤维蛋白的新应用。在正畸诊所中,由于诸如肿瘤,炎症,牙齿的早期损失,提取或唇腭裂,牙槽骨缺陷或肺泡骨的高度以及肺泡骨的宽度总是发生的,这将产生负面影响在正畸牙齿运动上。例如,牙齿不会移动或有很大的困难在移动中,牙齿的根部可以被吸收,并且牙齿周围的肺泡骨将被复位为1.上述并发症会危及正畸治疗结果的稳定性。如今,引导骨再生的发展提供了一种解决上述困难的新方法。由于其明显的骨诱导性和骨导电性能,耐血小板的纤维蛋白在骨重建中得到了更高。目前,有很多关于血小板纤维蛋白的研究,用于正畸基本研究和临床应用。本文旨在描述正畸诊所的血小板纤维蛋白的新应用。

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