ameloblast are specialized cells responsible for tooth enamel formation.
牙本质细胞是负责牙齿釉质形成的特殊细胞。
during tooth development, ameloblasts differentiate from dental epithelial cells.
在牙齿发育过程中，牙本质细胞从牙上皮细胞分化而来。
ameloblast activity is crucial for the proper mineralization of enamel.
牙本质细胞的活性对釉质的正常矿化至关重要。
disruptions in ameloblast function can lead to dental enamel defects.
牙本质细胞功能障碍会导致牙齿釉质缺陷。
researchers study ameloblasts to understand tooth development and repair mechanisms.
研究人员研究牙本质细胞以了解牙齿发育和修复机制。
ameloblast differentiation is a complex process involving multiple signaling pathways.
牙本质细胞分化是一个涉及多种信号通路的复杂过程。
genetic mutations can affect ameloblast function and lead to enamel disorders.
基因突变会影响牙本质细胞功能并导致釉质疾病。
the morphology of ameloblasts changes throughout tooth development.
牙本质细胞的形态在牙齿发育过程中不断变化。
ameloblasts secrete proteins that are essential for enamel matrix formation.
牙本质细胞分泌对釉质基质形成至关重要的蛋白质。
studying ameloblasts provides insights into the pathogenesis of dental diseases.
研究牙本质细胞可以为牙齿疾病的发病机制提供见解。
ameloblast are specialized cells responsible for tooth enamel formation.
牙本质细胞是负责牙齿釉质形成的特殊细胞。
during tooth development, ameloblasts differentiate from dental epithelial cells.
在牙齿发育过程中，牙本质细胞从牙上皮细胞分化而来。
ameloblast activity is crucial for the proper mineralization of enamel.
牙本质细胞的活性对釉质的正常矿化至关重要。
disruptions in ameloblast function can lead to dental enamel defects.
牙本质细胞功能障碍会导致牙齿釉质缺陷。
researchers study ameloblasts to understand tooth development and repair mechanisms.
研究人员研究牙本质细胞以了解牙齿发育和修复机制。
ameloblast differentiation is a complex process involving multiple signaling pathways.
牙本质细胞分化是一个涉及多种信号通路的复杂过程。
genetic mutations can affect ameloblast function and lead to enamel disorders.
基因突变会影响牙本质细胞功能并导致釉质疾病。
the morphology of ameloblasts changes throughout tooth development.
牙本质细胞的形态在牙齿发育过程中不断变化。
ameloblasts secrete proteins that are essential for enamel matrix formation.
牙本质细胞分泌对釉质基质形成至关重要的蛋白质。
studying ameloblasts provides insights into the pathogenesis of dental diseases.
研究牙本质细胞可以为牙齿疾病的发病机制提供见解。
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