How to prepare collagen membrane with excellent mechanical properties?
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A collagen membrane with excellent mechanical properties can be prepared through various methods. One method involves the reversible covalent connection between a dynamic bond polymer and acid-soluble collagen, resulting in a collagen film with good film forming performance, strong flexibility, and high biocompatibility . Another method involves the combination of collagen and dynameric networks connected with reversible covalent imine bonds, which provides biocompatible membranes with self-healing ability and excellent mechanical strength . Additionally, a nanofiber membrane with increased mechanical properties can be manufactured by electrospinning a solution containing collagen and chitin, resulting in a membrane with improved toughness, tensile strength, and Young's modulus . These methods offer ways to prepare collagen membranes with excellent mechanical properties, making them suitable for various medical applications.
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| Papers (4) | Insight |
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| The paper provides a method for preparing a nanofiber membrane with excellent mechanical properties by electrospinning a solution containing collagen and chitin together. | |
| The paper provides a preparation method for collagen membrane material, but it does not specifically mention the mechanical properties of the membrane. | |
| The paper discusses the preparation of collagen membranes with excellent mechanical properties by combining collagen with dynameric networks connected with reversible covalent imine bonds. | |
| The paper provides a method for preparing a collagen film with high mechanical properties through reversible covalent connection between a dynamic bond polymer and acid-soluble collagen. |
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