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You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug...

You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug after implantation and is coated with type I collagen to promote bio-recognition to promote tissue integration.

How would you characterize the polypropylene, including backbone chemistry, molecular weight distribution and stereochemistry?

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queen_honey_blossom answered 1 year ago
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You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug...
You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug after implantation and is coated with type I collagen to promote bio-recognition to promote tissue integration. How would you characterize the polypropylene, including backbone chemistry, molecular weight distribution and stereochemistry? How would you determine if the polypropylene is crystalline and, if so, the crystal structure of the polypropylene? How would you prove the coating is type I collagen? How would you determine the chemistry...
You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug...
You are working on an improved polypropylene (–[CH2-CHCH3]n-) hernia correction mesh that releases an anti-inflammatory drug after implantation and is coated with type I collagen to promote bio-recognition to promote tissue integration. How would you prove the coating is type I collagen? How would you determine the chemistry and concentration of the drug?
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