unmineralized bone
未矿化的骨骼
highly unmineralized
高度未矿化的
unmineralized enamel
未矿化的牙釉质
remain unmineralized
保持未矿化
unmineralized matrix
未矿化的基质
partially unmineralized
部分未矿化的
unmineralized tissue
未矿化的组织
becoming unmineralized
变得未矿化
unmineralized dentin
未矿化的牙本质
relatively unmineralized
相对未矿化的
the unmineralized bone matrix is a key component in fracture healing.
未矿化的骨基质是骨折愈合的关键组成部分。
unmineralized cartilage provides a template for bone formation.
未矿化的软骨为骨形成提供模板。
histological analysis revealed areas of unmineralized tissue.
组织学分析显示了未矿化组织的区域。
unmineralized bone is softer and more pliable than mature bone.
未矿化的骨骼比成熟的骨骼更柔软更具可塑性。
the presence of unmineralized matrix indicates early stages of ossification.
未矿化基质的存在表明骨化过程的早期阶段。
unmineralized collagen fibrils are crucial for bone development.
未矿化的胶原纤维对骨骼发育至关重要。
studies investigated the properties of unmineralized bone grafts.
研究调查了未矿化骨移植的特性。
unmineralized tissue can be affected by various metabolic disorders.
未矿化组织可能受到各种代谢紊乱的影响。
the ratio of mineralized to unmineralized bone changes with age.
矿化骨与未矿化骨的比率会随着年龄的改变而改变。
unmineralized areas within the bone can indicate pathology.
骨骼中的未矿化区域可能表明存在病理状况。
researchers examined the behavior of unmineralized collagen in vitro.
研究人员在体外研究了未矿化胶原的行为。
unmineralized bone
未矿化的骨骼
highly unmineralized
高度未矿化的
unmineralized enamel
未矿化的牙釉质
remain unmineralized
保持未矿化
unmineralized matrix
未矿化的基质
partially unmineralized
部分未矿化的
unmineralized tissue
未矿化的组织
becoming unmineralized
变得未矿化
unmineralized dentin
未矿化的牙本质
relatively unmineralized
相对未矿化的
the unmineralized bone matrix is a key component in fracture healing.
未矿化的骨基质是骨折愈合的关键组成部分。
unmineralized cartilage provides a template for bone formation.
未矿化的软骨为骨形成提供模板。
histological analysis revealed areas of unmineralized tissue.
组织学分析显示了未矿化组织的区域。
unmineralized bone is softer and more pliable than mature bone.
未矿化的骨骼比成熟的骨骼更柔软更具可塑性。
the presence of unmineralized matrix indicates early stages of ossification.
未矿化基质的存在表明骨化过程的早期阶段。
unmineralized collagen fibrils are crucial for bone development.
未矿化的胶原纤维对骨骼发育至关重要。
studies investigated the properties of unmineralized bone grafts.
研究调查了未矿化骨移植的特性。
unmineralized tissue can be affected by various metabolic disorders.
未矿化组织可能受到各种代谢紊乱的影响。
the ratio of mineralized to unmineralized bone changes with age.
矿化骨与未矿化骨的比率会随着年龄的改变而改变。
unmineralized areas within the bone can indicate pathology.
骨骼中的未矿化区域可能表明存在病理状况。
researchers examined the behavior of unmineralized collagen in vitro.
研究人员在体外研究了未矿化胶原的行为。
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