Electrospun Nanofibers From Bioresources for High-Performance Applications 2022
DOI: 10.1201/9781003225577-7
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Electrospun Implantable Conducting Nanomaterials

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“…16 Composites based on an inorganic bioactive phase can react with body uids and convert to hydroxyapatite, creating a strong bond with hard and so tissues. 17,18 The prospect of mixing polymer as a liquid phase with bioactive inorganic materials as a solid phase has sparked interest in tissue regeneration. 16,19,20 A lot of attention has been directed toward employing these polymers in the development of injectable biomaterials due to the suitable interaction of bioactive inorganic particles and hyaluronate or sodium alginate (Alg) for the formation of injectable homogeneous compounds.…”
Section: Introductionmentioning
confidence: 99%
“…16 Composites based on an inorganic bioactive phase can react with body uids and convert to hydroxyapatite, creating a strong bond with hard and so tissues. 17,18 The prospect of mixing polymer as a liquid phase with bioactive inorganic materials as a solid phase has sparked interest in tissue regeneration. 16,19,20 A lot of attention has been directed toward employing these polymers in the development of injectable biomaterials due to the suitable interaction of bioactive inorganic particles and hyaluronate or sodium alginate (Alg) for the formation of injectable homogeneous compounds.…”
Section: Introductionmentioning
confidence: 99%