The trabecular bone, also known as
cancellous bone or spongy bone, is highly porous and composed of interconnected bone fibers.
The surgeon carefully removed the damaged
cancellous bone during the orthopedic surgery.
Cancellous bone has a lower density than cortical bone, making it more susceptible to fractures.
In animal studies, scientists observed improved bone regeneration in areas treated with bioactive materials that stimulated
cancellous bone growth.
The bone marrow, found within
cancellous bone, is responsible for producing blood cells.
The implant design was optimized to integrate with the patient's
cancellous bone, ensuring stability and long-term success.
Cancellous bone provides an ideal environment for bone marrow stem cells to differentiate and regenerate.
During a bone biopsy, the doctor collected a small sample of
cancellous tissue for further analysis.
Physical therapy often involves exercises that stimulate the loading of
cancellous bone to enhance bone density.
Researchers have been exploring new ways to enhance bone healing by targeting the biological properties of
cancellous bone.
松质骨,又名海绵骨或网状骨,其结构疏松且由相互连接的骨纤维组成。
在骨科手术中,外科医生精确地移除了受损的松质骨。
松质骨的密度低于皮质骨,因此更容易骨折。
在动物实验中,科学家观察到使用生物活性材料处理的区域,骨再生效果显著提高。
松质骨内含有造血功能的骨髓。
该植入物设计旨在与患者的松质骨良好融合,确保稳定性和长期效果。
松质骨为骨髓干细胞分化和再生提供了理想的环境。
在骨活检过程中,医生取了一小块松质组织进行进一步分析。
物理治疗常常包括刺激松质骨负荷的运动,以增强骨密度。
研究人员正在探索新的方法来通过靶向松质骨的生物学特性来促进骨折愈合。
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