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Questions/Exercises
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1.
Can the chemical composition of the scaffolds influence the cell adhesion mechanisms?
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2.
Which parameters may influence the vascularization process of the implanted graft?
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3.
Which scaffold parameter should be well controlled during its planning and development?
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4.
Which is the best porosity of engineered grafts able to guarantee an efficient in vivo bone formation?
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5.
Can suitable mechanical properties requirements influence the choice of the scaffold to be implanted, in terms of its chemical composition?
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6.
Which parameters may influence the in vivo degradation process of the implanted graft?
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7.
Can the internal architecture of the scaffolds influence the cell migration mechanisms and the in vivo matrix deposition kinetic?
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8.
Can different clinical settings (maxillo-facial, orthopedic surgery, etc.) influence the choice of the bone graft to be implanted?
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9.
Can bone defect size influence the choice of the bone graft to be implanted, in terms of its chemical composition and/or internal architecture?
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10.
Has the use of osteogenic stem cells still displayed some limitations for their wide use to regenerate skeletal tissues?
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Scaglione, S., Quarto, R. (2009). Clinical Applications of Bone Tissue Engineering. In: Santin, M. (eds) Strategies in Regenerative Medicine. Springer, New York, NY. https://doi.org/10.1007/978-0-387-74660-9_15
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