View source for Wuzhou Victory Biotech Co., Ltd. (20240317946). MODIFIED COLLAGEN, PHOTO-CROSSLINKED BIOMATERIAL AND ITS PREPARATION METHOD AND APPLICATION simplified abstract

=MODIFIED COLLAGEN, PHOTO-CROSSLINKED BIOMATERIAL AND ITS PREPARATION METHOD AND APPLICATION=


==Organization Name==

[[:Category:Wuzhou Victory Biotech Co., Ltd.|Wuzhou Victory Biotech Co., Ltd.]]


[[Category:Wuzhou Victory Biotech Co., Ltd.]]

==Inventor(s)==

[[:Category:CHEN-CHIH Tsai of Wuzhou City (CN)|CHEN-CHIH Tsai of Wuzhou City (CN)]][[Category:CHEN-CHIH Tsai of Wuzhou City (CN)]]

[[:Category:SONG-YI Wu of Wuzhou City (CN)|SONG-YI Wu of Wuzhou City (CN)]][[Category:SONG-YI Wu of Wuzhou City (CN)]]

[[:Category:YA-XIAN Zhou of Wuzhou City (CN)|YA-XIAN Zhou of Wuzhou City (CN)]][[Category:YA-XIAN Zhou of Wuzhou City (CN)]]

==MODIFIED COLLAGEN, PHOTO-CROSSLINKED BIOMATERIAL AND ITS PREPARATION METHOD AND APPLICATION - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240317946 titled 'MODIFIED COLLAGEN, PHOTO-CROSSLINKED BIOMATERIAL AND ITS PREPARATION METHOD AND APPLICATION

'''Simplified Explanation:'''
The patent application describes a modified collagen material that is photo-crosslinked to create a biomaterial with excellent biocompatibility and cell compatibility.

* **Key Features and Innovation:**
    - Modified collagen grafted with a specific group for enhanced properties.
    - Formation of a hydrogel through photo-crosslinking of the modified collagen.
    - Suitable for tissue repair, tissue engineering, 3D printing substrates, and cell culture carriers.

* **Potential Applications:**
    - Repair and reconstruction of tissues and organs in vivo or in vitro.
    - Tissue engineering applications.
    - Substrates for 3D printing.
    - Carriers for cell culture.

* **Problems Solved:**
    - Enhancing biocompatibility and cell compatibility of collagen-based biomaterials.
    - Providing a versatile material for various tissue engineering applications.

* **Benefits:**
    - Improved biocompatibility.
    - Versatile applications in tissue engineering.
    - Enhanced properties for 3D printing substrates.

* **Commercial Applications:**
    - The technology can be utilized in the medical field for tissue repair and reconstruction.
    - It can also have applications in research laboratories for cell culture studies.

* **Prior Art:**
    - Prior art related to collagen modification and photo-crosslinking techniques in biomaterials can be explored.

* **Frequently Updated Research:**
    - Stay updated on advancements in collagen modification and biomaterial development for tissue engineering.

'''Questions about Modified Collagen Biomaterial:'''

1. *What are the specific advantages of using photo-crosslinked collagen biomaterials in tissue engineering applications?*
   
   - Photo-crosslinked collagen biomaterials offer enhanced biocompatibility and cell compatibility, making them ideal for tissue engineering where interaction with cells is crucial for successful outcomes.

2. *How does the process of grafting collagen with a specific group improve its properties for various applications?*
   
   - Grafting collagen with a specific group can modify its physical and chemical properties, making it more suitable for specific applications such as tissue repair, 3D printing substrates, and cell culture carriers.


==Original Abstract Submitted==

in a modified collagen, photo-crosslinked biomaterial and its preparation method and application, the modified collagen includes a collagen grafted with a group represented by formula (a). the photo-crosslinked biomaterial includes a hydrogel formed by curing the modified collagen. the photo-crosslinked biomaterial of the present invention is a biomaterial with good biocompatibility and cell compatibility, which has important application value in the following fields: repair and reconstruction of tissues and organs in vivo or in vitro, tissue engineering, 3d printing substrates and cell culture carriers, etc.



[[Category:C08J3/28]]
[[Category:C07K14/78]]
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[[Category:CPC_C08J3/28]]