环境扫描电子显微镜
植入
微量分析
材料科学
电子探针显微分析
钛
矿化(土壤科学)
骨组织
皮质骨
扫描电子显微镜
生物医学工程
牙科
化学
病理
冶金
医学
外科
复合材料
有机化学
氮气
作者
Georgios E. Romanos,Fausto Zamparini,Andrea Spinelli,Carlo Prati,Maria Gandolfi
摘要
The high percentage of BA3 and BA4 in mandibular blocks associated with low presence of BA2 suggested the fast formation of compact bone tissue after 7 months from the implant placement. The presence of BA2 in maxilla blocks suggested active bone remodeling still present after 7 months. Ti particles were observed throughout the ROIs with and without bone remodeling activity. ESEMEDX resulted as a suitable technique to obtain more complete information on microchemistry composition and density/mineralization of bone around implants. For clinical significance, maxillary and mandibular peri-implant bone revealed different mineralization patterns, which means different healing times. The presence of Ti particles at the bone-implant interface and ion translocation, likely due to wear forces in the times following the implant insertion, do not affect the bone remodeling process.
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