​Bone graft technology

Views: 0     Author: Site Editor     Publish Time: 2021-12-30      Origin: Site

The combination of osteoconduction and osteoinduction are the two fundamental criteria for successful bone graft, synthetic alternatives to autologous bone grafts have become much more common. Further developments are expected to yield more effective bone grafts like the collagen bone graft substitutes that have a strong osteoconductive base and bioactive cells with bone formation potential.


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Technical Principle

Specific Embodiments


Technical Principle

Fusion is facilitated by maintaining adjacent bone structures in a predetermined spacing relationship while allowing bone to grow between them with grafts used to fuse adjacent bone structures. In some instances, these bone grafts are formed from body tissue. In the process of forming the grafts from body tissue, the tissue source, such as bone, is made to form a block that meets the required shape and strength requirements for the specific graft. For bone, the requirements are often specifically described as minimum wall thickness, minimum load-bearing capacity, and/or geometric size and shape. Parts of the source tissue, including those removed in the formation of the bone graft, will not meet the requirements for forming a complete graft.

Therefore, it is often difficult to obtain high yields from specific sources. To this end, we provide collagen bone graft substitute block for fusing adjacent bone structures, and graft for fusing adjacent bone structures. They comprise a plurality of bone blocks and a flexible device comprising one or more flexible, elongated, biocompatible connectors that interconnect the plurality of bone blocks. The graft further comprises a matrix and the connected bone blocks form a string of interconnected bone blocks that are bonded to the matrix to form the graft.

bone graft

Specific Embodiments

Embodiments of bone grafts include a plurality of bone blocks interconnected by a flexible device to form a load-bearing graft for fusing adjacent bone structures. The adjacent bone structures may include vertebrae, long bones, and skulls, among others. The bone for grafting may be from any suitable bone source. It can include a graft recipient as an autograft, another source of the same bone block as a homograft, or a different bone block source as an allograft.

The bone mass may be granular, blocked, fibrous, striped, stick-shaped, right-angled prismatic, cuboid-shaped, spherical, cylindrical, or any other suitable shape. Each bone block may comprise a cortical bone layer. Combining multiple bone blocks into a graft allows the donor bone to be smaller than the predetermined minimum bearing strength or geometry used to form the bearing graft. The bone blocks may have any suitable longitudinal length, any suitable width, and any suitable height. In addition, the plurality of bone blocks may each also contain a cancellous bone layer adjacent to the cortical bone layer.

Bone grafting is widely used in acute trauma surgery and the treatment of bone discontinuities. Autografts can be obtained from the autologous body and are the best form of graft currently available. In addition, frozen or lyophilized allogeneic bone grafts or structural bone graft substitutes will be osteoconductive and can be used alone or in combination with each other. The addition of BMP, bone marrow, or DBM will provide osteoinduction.


Guangdong Victory Biotech Co., Ltd manufactures a wide range of dental collagen products, if you would like to know more, please contact us.

Victory Biotech Co., Ltd has been focusing on,

1. the atelocollagen raw materials with low endotoxin and complete triple helix structure.

2. the medical grade type I collagen raw materials and semi-finished products.

3. the purification technologies of collagen and the processing of advanced medical products.

Victory Biotech has developed a full range of collagen products, such as powder, sheet, sponge, plug, membrane, cream, slurry and solution, which can be applied to,

a) Implantable medical devices:

Hemostatic and wound dressing, chronic ulcer wound dressing, GTR membrane for oral/bone tissue regeneration, Dura mater and anti-adhesion products.

b) Skincare products:

Collagen essence, freeze-dried collagen crystals, which can be used to the skin moisturizing and repair.


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