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29/06/2021

Biomaterial granule surrounded by autologous fibrin matrix (L-PRF)

  • Presenting ultrastructure in different magnitudes to demonstrate potential of cell interaction through increased contact surface.
  • Increases of 20 - 30,000x

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Interaction with L-PRF

Since the biomaterial’s structural organization provides surface roughness and micro- and nanoscale granulations, interaction with the fibrin network and its adhesion molecules favor biological integration of this set with the environment, mimicking the conjunctive matrix for cell mobility and accommodation.

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Sticky Bone with Nanosynt

  • Surface roughness favorable to cell accommodation, fixation and new matrix deposition;
  • Biphasic composition provides: source of calcium and slow resorption of dimensional stability;
  • Integration with the fibrin matrix provides: initial stability, hemostatic strength, adhesiveness and autologous tissue mimicking for cell transit;
  • Nanosynt + Fibrin = Biological synergism in tissue repair.

Autor: Leonel Oliveira, Msc