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34. Which of the following bioceramics is most likely to develop a fibrous capsule around soft and/or hard tissues after implantation? (1 point) a) CaPO b) ZrO2 c) Bioactive glass grade 45S5 d) None of the above is likely to develop a fibrous capsule. 35. During the development of a Bioresorbable material for use as a scaffold in tissue regeneration applications, the researchers at the Medtronic Corporation have been able to create two sample structures - Sample A material having crystal grains which are 11Î¼m in diameter, and Sample B having crystal grains which are 7Î¼m in diameter. Based upon this information, which is likely to have a slower rate of dissolution and resorption when placed in a body? (3 points) a) Sample A b) Sample B c) Both are likely to have equivalent rates.

          34. Which of the following bioceramics is most likely to develop a fibrous capsule around soft and/or hard tissues after implantation? (1 point)
a) CaPO
b) ZrO2
c) Bioactive glass grade 45S5
d) None of the above is likely to develop a fibrous capsule.

35. During the development of a Bioresorbable material for use as a scaffold in tissue regeneration applications, the researchers at the Medtronic Corporation have been able to create two sample structures - Sample A material having crystal grains which are 11Î¼m in diameter, and Sample B having crystal grains which are 7Î¼m in diameter. Based upon this information, which is likely to have a slower rate of dissolution and resorption when placed in a body? (3 points)
a) Sample A
b) Sample B
c) Both are likely to have equivalent rates.

34which of the following bioceramics is most likely to develop a fibrous capsule around soft andor hard tissues after implantation1 point acapo bzro2 cbioactive glass grade 45s5 d none of th 41741

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