4 documents found, page 1 of 1
A Simple Double-Spin Closed Method for Preparing Platelet-Rich Plasma
Machado, Edilson S; Soares, Fabiano P; Yamaguchi, Roberta S; Felipone, William K; Meves, Robert; Souza, Tais Amara C; Topolniak, Roberto; Caldas, José PObjective: To describe and analyze a new protocol for the extraction of platelet-rich plasma (PRP) for use in clinical practice and compare this technique with methods that have been previously described in the medical literature. Methods: Sixteen blood samples from healthy volunteers were collected. PRP was prepared using our new double-spin technique, consisting of successive centrifugation of blood samples w...
Turn down - turn up: a simple and low-cost protocol for preparing platelet-rich...
Machado, Edilson Silva; Leite, Renata; Santos, Cintia Cichowski dos; Artuso, Georgia Lazzari; Gluszczak, Fernando; Jesus, Leonardo Giovani deOBJECTIVE: To describe and analyze a new protocol for the extraction of platelet-rich plasma (PRP) for use in clinical practice and compare this technique with methods that have been previously described in the medical literature. METHODS: We extracted PRP from 20 volunteers using four different protocols (single spin at 1600 g, single spin at 600 g, double spin at 300 and 700 g, and double spin at 600 and 900 ...
Turn down - turn up: a simple and low-cost protocol for preparing platelet-rich...
Machado, Edilson Silva; Leite, Renata; Santos, Cintia Cichowski dos; Artuso, Georgia Lazzari; Gluszczak, Fernando; Jesus, Leonardo Giovani deOBJECTIVE: To describe and analyze a new protocol for the extraction of platelet-rich plasma (PRP) for use in clinical practice and compare this technique with methods that have been previously described in the medical literature. METHODS: We extracted PRP from 20 volunteers using four different protocols (single spin at 1600 g, single spin at 600 g, double spin at 300 and 700 g, and double spin at 600 and 900 ...
Polimorfismos genéticos de TCRBV20S1 e TCRBV3S1 na esclerose sistêmica
Bredemeier, MarkusResumo não disponível