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ENGLISH ABSTRACT
JOURNAL ARTICLE
[Analysis of the biocompatibility of a new PLGA/fish skin collagen conjugated electrostatic spinning film].
PURPOSE: To study the biocompatibility of a new polylactic acid-glycolic acid(PLGA)/fish skin collagen conjugated electrostatic spinning film.
METHODS: PLGA and medical-grade fish skin-I collagen were used as raw materials to prepare nanometer fiber films by conjugated electrostatic spinning technique. Mouse fibroblast L929 was used as a model to evaluate its cell and histocompatibility, which provided experimental basis for application in guided bone regeneration (GBR).
RESULTS: Fibroblasts showed good adhesion and growth on the surface of fiber membrane; there were a large number of deep pseudopodias, which were arranged along the orientation of fibers.
CONCLUSIONS: PLGA/fish skin collagen conjugated electrostatic spinning membrane is beneficial to fibroblast growth and is expected to be used for GBR.
METHODS: PLGA and medical-grade fish skin-I collagen were used as raw materials to prepare nanometer fiber films by conjugated electrostatic spinning technique. Mouse fibroblast L929 was used as a model to evaluate its cell and histocompatibility, which provided experimental basis for application in guided bone regeneration (GBR).
RESULTS: Fibroblasts showed good adhesion and growth on the surface of fiber membrane; there were a large number of deep pseudopodias, which were arranged along the orientation of fibers.
CONCLUSIONS: PLGA/fish skin collagen conjugated electrostatic spinning membrane is beneficial to fibroblast growth and is expected to be used for GBR.
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