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首页> 外文期刊>Journal of Indian Society of Periodontology >Comparative histologic evaluation of titanium platelet-rich fibrin and platelet-rich fibrin in hypertensive and smoker participants: A cell cytology study
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Comparative histologic evaluation of titanium platelet-rich fibrin and platelet-rich fibrin in hypertensive and smoker participants: A cell cytology study

机译:高血压和吸烟者中富含钛的血小板纤维蛋白和富含血小板的纤维蛋白的比较组织学评估:细胞细胞学研究

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Introduction: In recent years, a growing interest has emerged with the use of platelet-rich products for the treatment of many clinical conditions in dentistry. Objective: The present study aimed to define the structural characteristics of titanium platelet-rich fibrin (TPRF) and PRF in hypertensive and smoker participants . Materials and Methods: Ten milliliters of blood samples was drawn using a syringe form ninety participants (healthy, hypertensive, and smokers). Five milliliters of blood was transferred to each of dry glass tube and titanium tube. The clot obtained after centrifugation from each tube was processed for light microscopy analysis. Results: The TPRF samples have demonstrated a highly organized and thicker fibrin network with continuous integrity as compared to PRF in healthy participants. The hypertensive and smokers showed less prominent fibrin border between the cellular structures in both the platelet concentrates, but sufficient fibrin mesh network was found in TPRF clot as compared to PRF clot in the test participants. Conclusion: This is the first human histologic study to define the fibrin meshwork in both TPRF and PRF clots in hypertensive and smokers. The platelet activation by titanium offered high characteristics to fibrin network.
机译:简介:近年来,使用富含血小板的产品来治疗牙科的许多临床病症的兴趣日益浓厚。目的:本研究旨在确定高血压和吸烟者中富含钛的血小板纤维蛋白(TPRF)和PRF的结构特征。材料和方法:使用注射器从九十名参与者(健康,高血压和吸烟者)中抽取十毫升血液样本。将五毫升血液分别转移到干玻璃管和钛管中。离心后从每个管中获得的凝块被处理用于光学显微镜分析。结果:与健康参与者中的PRF相比,TPRF样品显示出高度组织化的,较厚的纤维蛋白网络,具有连续的完整性。高血压和吸烟者在两个血小板浓缩物中的细胞结构之间均未显示出明显的血纤蛋白边界,但是与测试参与者的PRF血凝块相比,TPRF血块中发现了足够的血纤蛋白网状网络。结论:这是第一个在高血压和吸烟者中定义TPRF和PRF血块中纤维蛋白网状结构的人类组织学研究。钛对血小板的活化为纤维蛋白网络提供了很高的特性。

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