Bone regenerative medicine: classic options, novel strategies, and future directions
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Cites background from "Bone regenerative medicine: classic..."
...As such, there is an increasing need for new treatments for patients with musculoskeletal diseases as evidenced by bone being the next most transplanted tissue after blood [1, 2]....
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...Previous reviews have comprehensively listed the most common combinations of these biomaterials, with and without cells seeded, that have been investigated using in vitro or in vivo methods for their potential use in bone tissue engineering [2, 40, 96, 99-103]....
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References
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"Bone regenerative medicine: classic..." refers background in this paper
...Cellulose is the most abundant organic polymer on Earth [89]....
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"Bone regenerative medicine: classic..." refers background in this paper
...To produce a scaffold, the biologic tissues should be degraded to their components and then redesigned according to the tissue engineering goals [67,68]....
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..., collagen + hydroxyapatite, collagen + chitosan) and therefore have low antigenicity compared with cadaveric grafts [66,67]....
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