| Customization: | Available |
|---|---|
| Certification: | FDA |
| Disinfection: | Disinfection |
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Introducing the revolutionary Tianji Regenerated Bone Collagen, a masterpiece in the field of composite bionic bone engineering. This exquisite product is meticulously crafted with precision, utilizing Type I collagen and nano-hydroxyapatite through cutting-edge in vitro mineralization technology. The result is an innovative creation with a brilliantly engineered bionic microstructure, where collagen and hydroxyapatite are intricately aligned to seamlessly facilitate the regeneration of new bone tissue. As this remarkable process unfolds, Tianji is completely replaced through a sophisticated mechanism of creeping substitution, guaranteeing exceptional biocompatibility without any adverse reactions in surrounding tissues. Serving as a state-of-the-art bone conductive scaffold system, it significantly promotes vascular growth, enhancing the integration of proteins, cells, and vital components with the degradation of repair materials, thus paving the way for degradable osteogenesis. In a groundbreaking approach, the passive degradation mode, courtesy of collagenase, actively fosters superb osteoblast growth. This offers numerous remarkable benefits including non-rejection, minimal fallback, enhanced safety, ease of control, non-proliferation, and a naturally enduring effect that stands the test of time. This extraordinary product proudly boasts the Class III registration certificate for plastic surgery bone repair in China and has achieved FDA certification as a medical device product in the United States, a testament to its unmatched quality and effectiveness.
| 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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