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机译:软骨表面大分子抑制多形核白细胞粘附于关节软骨
Theresa Scheu Rheumatoid Arthritis Research Laboratory Mail Slot 509 Division of Rheumatology and Clinical Immunology University of Arkansas for Medical Science Department of Internal Medicine and John L. McClellan Veterans Administration Center Mail Slot 509 4301 West Markham Little Rock AR 72205 USA;
Theresa Scheu Rheumatoid Arthritis Research Laboratory Mail Slot 509 Division of Rheumatology and Clinical Immunology University of Arkansas for Medical Science Department of Internal Medicine and John L. McClellan Veterans Administration Center Mail Slot 509 4301 West Markham Little Rock AR 72205 USA;
Theresa Scheu Rheumatoid Arthritis Research Laboratory Mail Slot 509 Division of Rheumatology and Clinical Immunology University of Arkansas for Medical Science Department of Internal Medicine and John L. McClellan Veterans Administration Center Mail Slot 509 4301 West Markham Little Rock AR 72205 USA;
Cell adhesion Articular cartilage Nitric oxide Polymorphonuclear neutrophils Fibronectin;
机译:软骨表面大分子抑制多形核白细胞粘附于关节软骨。
机译:局部和全局测量表明,表面层抑制了关节软骨中的损伤并具有显着的速度依赖性
机译:在滑膜关节微环境促进的过程中,生长钢板软骨移植到关节表面的形状类似的软骨中
机译:白细胞导致关节损伤急性阶段受伤关节软骨的炎症反应
机译:蛋白聚糖4的关节软骨代谢和关节表面完整性的生物力学调节
机译:固定化会加剧小鼠抗原诱发的关节炎过程中的软骨损伤。多形核白细胞附着于关节软骨。
机译:炎症中关节软骨表面破坏的机制。中性粒细胞弹性蛋白酶增加了II型胶原抗原决定簇与关节软骨表面抗体结合的可用性。