| Customization: | Available |
|---|---|
| Certification: | FDA |
| Disinfection: | Disinfection |
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Introducing Tianji Regenerated Bone Collagen: a groundbreaking composite bionic bone that redefines excellence in tissue repair and regeneration. Crafted with the utmost precision, it harnesses the synergistic power of type I collagen and nano-hydroxyapatite, innovatively synthesized through cutting-edge in vitro mineralization technology. The core feature of this remarkable product lies in its exquisitely designed bionic microstructure, where collagen and hydroxyapatite are masterfully integrated. This harmony ensures a seamless regeneration process, allowing for the natural replacement of the product by newly formed bone tissue through a process known as creeping substitution. Tianji stands out for its unmatched biocompatibility, eliminating the risk of adverse tissue reactions. Serving as a superior bone conductive scaffold system, it plays a vital role in promoting robust vascular growth. Furthermore, it delivers proteins, cells, and other essential elements in perfect alignment with the degradation of repair materials, thereby promoting degradable osteogenesis. What sets this product apart is the passive degradation facilitated by collagenase, which significantly enhances osteoblast proliferation and growth. This results in numerous benefits such as zero rejection, minimal setbacks, enhanced safety, easy control, non-proliferation, and a naturally enduring effect. Proudly, this exceptional product holds the prestigious Class III registration certificate for plastic surgery bone repair in China. It is also recognized by the FDA as a certified medical device product in the United States, marking its global reach and trustworthiness.
| Specifications | 0.3cm3/box , 0.5cm3/box |
| Place of origin | china |
| Applicable population | adult |
1.What is recycled material?
Recycled materials refer to materials that possess both biologicalactivity and complete biodegradability.By combining these twoindependent characteristics and physically and chemically modifyingbiodegradable materials, the biological properties of the materialscan be increased,inducing cell proliferation, division, anddifferentiation, promoting the synthesis of extracellular matrix,and thus activating the regenerative ability in the body.Bioregenerative materials belong to the category of regenerativemedicine.
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