Beijing Biosis Healing Biological Technology Co.,Ltd is committed to providing advanced and comprehensive solutions for surgery and repair, and promoting surgical clinical innovation
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SIS tissue-repair mesh is derived from the porcine small intestinal submucosa (SIS), which is composed of an extracelluar matrix (ECM)
We offer full range of surgical staplers ,with unique upgraded advantages and intellectual property right to serve surgeons and patients
It is made from monofilament medical-grade polypropylene providing a comprehensive solution for hernia repair and soft tissue repair
Biosis Healing protection products can effectively protect personal life safety in areas with high risk of virus infection.
We are not only the first company in China but also the second company in the world to complete the independent R & D and production of full range SIS Biological materials
We focus on surical repair, and devote ourselves to provide a comprehensive solution from surgical tissue rection to repair
The company will continue to develop more advanced technologies and innovative products to cover the whole surgical departments
Over 77 authorized domestic invention patents and 14 international invention patents (including USA, Japan, Germany,UK etc)
Guided bone regeneration (GBR)
In this paper, VIDASIS from Biosis Healing and Biodesign from COOK, United States, are selected to be quantitatively detected and studied on the content of FN. The article was published in the “Journal of Biology” in Feb. 2018.
July 7, 2022, on the day of Minor Heat, Biosis Healing held an exciting and enthusiastic founding congress of Neurosurgery Sales Division officially, aiming at Neurosurgery sub-field track with huge potential.
This paper focuses on the quantitative detection of three growth factors (TGF-β, VEGF and FGF) in SIS materials, and the detection results are obtained by two experimental methods. The article was published in the journal Materials Science in May 2018. The following are excerpts.
In this paper, the physical properties of porcine small intestinal submucosa matrix material (SIS) and commercially available acellular bovine dermal matrix (ADM) were compared and investigated, including morphology, roughness, hydrophilicity and softness.
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