首页> 外文会议>NATO advanced research workshop on nanostructured materials and coatings for biomedical and sensor applications >THE RESEARCHES OF PROPERTIES OF BIOMATERIALS BASED ON BIOLOGICAL HYDROXYAPATITE IN SYNTHETIC AND NATURAL PHYSIOLOGICAL MEDIUMS
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THE RESEARCHES OF PROPERTIES OF BIOMATERIALS BASED ON BIOLOGICAL HYDROXYAPATITE IN SYNTHETIC AND NATURAL PHYSIOLOGICAL MEDIUMS

机译:基于生物羟基磷灰石的生物材料在合成自然生理培养基中的性能研究

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Biomaterial "Osteoapatit keramichesky" (OK) based on biological hydroxyapatite (BHAp) under the trademark "Osteoapatit" were studied. A silicate-borate-sodium glass amount in the OK samples composition reached 85% (mass.). The degree of biochemical activity was appreciated on a loss of sample mass in blood plasma and normal saline solution. An influence of biomaterial on activity of humane bone marrow osteogenics cells-precursors was investigated. The experimental researches of interaction "in vivo" between biomaterials and bone tissue were conducted in 35 adult mongrel dogs. A new bone formation and rebuilding of OK granules after implantation in bone defect have been studied.
机译:基于商标“骨涂鸦”下的生物材料“OSTeoApatit Keramichesky”(OK)进行了商标“骨涂鸦”的生物羟基磷灰石(BHAP)。 OK样品组合物中的硅酸盐 - 硼酸钠玻璃量达到85%(质量)。关于血浆和生理盐水溶液中的样品质量损失,可以理解生化活性程度。研究了生物材料对人道骨髓骨质骨质骨质细胞 - 前体活性的影响。在35名成人杂种犬进行了生物材料与骨组织之间相互作用“体内”的实验研究。研究了植入骨缺损后的新骨形成和OK颗粒的重建。

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