osteoid tissue
骨样组织
osteoid matrix
骨样基质
osteoid formation
骨样形成
osteoid cells
骨样细胞
osteoid type
骨样类型
osteoid density
骨样密度
osteoid structure
骨样结构
osteoid growth
骨样生长
osteoid mineralization
骨样矿化
osteoid production
骨样产生
the osteoid matrix is essential for bone formation.
骨样基质对骨形成至关重要。
researchers study osteoid to understand bone diseases.
研究人员研究骨样物质以了解骨骼疾病。
osteoid production increases during the healing process.
在愈合过程中，骨样物质的产生增加。
deficiencies in osteoid can lead to skeletal disorders.
骨样物质的缺乏可能导致骨骼疾病。
osteoid is primarily composed of collagen fibers.
骨样物质主要由胶原纤维组成。
the presence of osteoid indicates active bone remodeling.
骨样物质的存在表明骨重塑活跃。
histological examination reveals osteoid in bone samples.
组织学检查显示骨样物质在骨样本中。
osteoid plays a crucial role in mineralization of bones.
骨样物质在骨骼矿化中起着至关重要的作用。
increased osteoid thickness can indicate certain pathologies.
骨样物质的增厚可能表明某些病理状态。
osteoid formation is a key factor in osteoporosis research.
骨样物质的形成是骨质疏松研究的关键因素。
osteoid tissue
骨样组织
osteoid matrix
骨样基质
osteoid formation
骨样形成
osteoid cells
骨样细胞
osteoid type
骨样类型
osteoid density
骨样密度
osteoid structure
骨样结构
osteoid growth
骨样生长
osteoid mineralization
骨样矿化
osteoid production
骨样产生
the osteoid matrix is essential for bone formation.
骨样基质对骨形成至关重要。
researchers study osteoid to understand bone diseases.
研究人员研究骨样物质以了解骨骼疾病。
osteoid production increases during the healing process.
在愈合过程中，骨样物质的产生增加。
deficiencies in osteoid can lead to skeletal disorders.
骨样物质的缺乏可能导致骨骼疾病。
osteoid is primarily composed of collagen fibers.
骨样物质主要由胶原纤维组成。
the presence of osteoid indicates active bone remodeling.
骨样物质的存在表明骨重塑活跃。
histological examination reveals osteoid in bone samples.
组织学检查显示骨样物质在骨样本中。
osteoid plays a crucial role in mineralization of bones.
骨样物质在骨骼矿化中起着至关重要的作用。
increased osteoid thickness can indicate certain pathologies.
骨样物质的增厚可能表明某些病理状态。
osteoid formation is a key factor in osteoporosis research.
骨样物质的形成是骨质疏松研究的关键因素。
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