Fibrina rica en plaquetas y su aplicación en periodoncia: revisión de literatura

Meza-Mauricio, Edwin J.; Lecca-Rojas, María Pía; Correa-Quispilay, Emil; Ríos-Villasis, Katty

doi:10.20453/reh.2014.2172

Cited by 1 publication

(4 citation statements)

References 6 publications

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“…e use of coronally advanced ap (CAF) was compared with CAF + PRF. PRF was found to induce a signicant increase in root coverage (4,6,18,41,53).…”

Section: Prf To Cover Roots With Gingival Recessionsmentioning

confidence: 99%

“…e enhanced brin structure protects developing tissues and controls the gradual release of GF as the membrane degrades (2). Actually, PRF is a second-generation technology (4,16,17,21,25,(41)(42)(43) based on PRP but, by preserving growth factors in a three-dimensional matrix, it can exert its effects days or weeks aer surgery (26). PRF also contains bronectin and vitronectin that promote angiogenesis.…”

Section: Platelet Rich Fibrin (Frp) or Fibrin Rich Plasma (Frp)mentioning

confidence: 99%

“…Within minutes aer phlebotomy and contact with the collection tube material, the absence of anticoagulant allows most of the platelets contained in the collected blood to be activated to trigger the coagulation cascade. Fibrinogen is concentrated until the effect of thrombin circulation transforms it into a three-dimensional network capable of trapping molecules and cells (brin network) that also has the characteristic of acting as a barrier membrane in bone regeneration procedures and guided tissue regeneration, that is, GBR and GTR (6,24,25,41,43).…”

Section: Platelet Rich Fibrin (Frp) or Fibrin Rich Plasma (Frp)mentioning

confidence: 99%

“…PRF has been shown to rapidly stimulate tissue healing by signicantly increasing the recruitment and proliferation of a variety of cells, including endothelial cells, gingival broblasts, chondrocytes, and osteoblasts. In this way, it promotes tissue repair and angiogenesis at the injury site (4,16,17,(20)(21)(22)25,41,51).…”

Section: Platelet Rich Fibrin (Frp) or Fibrin Rich Plasma (Frp)mentioning

confidence: 99%

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From Hematology to Tissue Engineering: Current Status and Projection of Platelet Concentrates and their Derivatives

Velásquez¹,

Gamboa

2022

Univ Odontol

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Background: In the last decade, tissue engineering, cell therapy, and research advances in hematological sciences have become tools for regenerative dentistry, using platelet concentrates as the cornerstone. The results are promising, but it is necessary to consolidate the existing evidence on their real relevance and clinical impact. Purpose: To conduct an integrative review of literature to present scientific evidence on platelet concentrates, their use, characteristics, benefits, and usefulness for tissue engineering. Methods: The search for information was performed in the integrated search engine EBSCOhost, including studies published from 2010 to early 2020. Results: Most of the publications present the evolution of platelet concentrates with evaluations of their in vitro and in vivo use, clinically proving their regenerative potential in soft tissue and bone repair. Marked differences exist between platelet-rich plasma and platelet-rich fibrin. Conclusion: There is controversy and indiscriminate use of the terminology referring to platelet concentrates; however, they are not only a source of growth factors, but also a living biomaterial, based on fibrin, and its positioning as a surgical material is increasingly evident to become a tissue-oriented solution, by optimizing regeneration and healing, and an important tool of low economic profile in tissue engineering.

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“…e use of coronally advanced ap (CAF) was compared with CAF + PRF. PRF was found to induce a signicant increase in root coverage (4,6,18,41,53).…”

Section: Prf To Cover Roots With Gingival Recessionsmentioning

confidence: 99%