In China, the number of injuries caused by burns and traffic accidents exceeds 6.5438+million every year, the proportion of caesarean delivery has exceeded 30%, and the proportion of diabetic patients is as high as 5.7%. It is difficult to solve all kinds of wounds that are difficult to heal, so it is difficult for scientists in the field of biology to repair wounds and regenerate tissues. Regenerative medical materials RegeSi Regenerated silicon may be a revolution in medical materials!
At present, from a global perspective, the industrialization process of biomedical materials is in a period of transition from applied basic research to industrialization, and related primary products have just entered the market in recent years. In the field of tissue engineering regenerative medicine, the United States and Germany already have strong research and industrialization strength, while the regenerative medicine materials in China have been in the blank before. ——Regesi Regenerated Silicon Regenerated Medical Material A new type of regenerative medical material developed by Beijing Happiness Life is the only material in the world that can simultaneously bond and repair human soft and hard tissues, and has achieved a major key technological breakthrough in the past 30 years. Also let China's recycled medical materials step onto the international stage.
According to the research team of Happy Life Care, Regensi regenerative silicon regenerative medical material is a nano-scale bone material with excellent biocompatibility and bioactivity. After contact with body fluid, Regensi regenerated silicon is mineralized to form a hydroxyapatite layer with a three-dimensional network structure similar to human tissue structure. Because the inorganic component in bone tissue is hydroxyapatite, this scaffold can be used as a new trabecular structure in bone repair. Regensi regenerated silicon regenerated medical materials can promote the proliferation and differentiation of osteoblasts from two aspects: structure and cell proliferation
For soft tissue repair, the hydroxyapatite layer formed by the contact of RegeSi regenerated silicon with body fluids has good biocompatibility and strong adsorption function, and is a climbing scaffold for soft tissue cells such as fibroblasts, which promotes the orderly climbing of tissue cells. The material can promote the transformation of macrophages and the proliferation of fibroblasts. In promoting cell proliferation and as a climbing scaffold, * * * can also promote the self-repair of soft tissue. The degradation rate of this material can be controlled. In the repair of bone tissue, it degrades and remineralizes to form a part of bone. As a scaffold for cell climbing in soft tissue, it is metabolized by human body with the final shedding of tissue repair.
Compared with other bioactive glasses, Regesi recycled silicon is the only biodegradable medical material that can repair and bond soft tissues and bone tissues, can repair, replace and regenerate body tissues, can promote the bonding between tissues and materials, and solves the shortcomings of other bioactive glasses. In addition, the material has good plasticity and can be made into specific shapes as required.
Where there is preparation, there is restraint Without preparation, you will be bound. Break through the core technology, realize technical guidance, carry out industrial innovation, and be happy and healthy. RegeSi regenerates silicon to save lives and create happiness.