cementum
英音[ sɪˈmentəm ] 美音[ sɪˈmentəm ]

牙骨质

常用释义

词性释义

n.

[基医] 牙骨质;水门汀
例句
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这本书综合评论压焊给牙质和牙骨质和分析相关的黏著机制涂瓷釉。
牙骨质是牙根形成的重要矿化组织,然而,对牙骨质形成机制仍不十分明确。
During the late stage, the principal fibers stained for fibromodulin at the interfaces between cementum and new bone.
愈合晚期,纤维调节素表达于牙骨质和新骨交界处的主纤维。
牙根上覆盖着的坚硬材料叫作牙骨质。
『牙本质』牙本质是构成牙齿主体的物质,位于牙釉质和牙骨质的内层,不如牙釉质坚硬。
牙骨质陷窝状吸收。
Aim To study the effects of cementum and femora on the expression of ALLP of bone marrow stromal cells in vitro.
目的研究骨髓基质细胞在牙骨质和骨片表面生长ALP活性的表达情况。
AIM: To study the effects of cementum and femora on the phenotypic development of bone marrow stromal cells (BMSCs) in vitro .
目的:研究骨髓基质细胞在牙骨质和骨片表面生长细胞表型发育的情况。
Observation of the root surfaces and analysis of the mineral contents in cementum of patients with rapidly progressive periodontitis
快速进展性牙周炎牙骨质表面形貌观察及微区成分分析
纯钛表面牙周韧带细胞牙骨质附着蛋白的表达
牙骨质附着蛋白对牙周膜细胞黏附、伸展及增殖的影响
Adhesion and proliferation of human periodontal ligament cells on diseased cementum surfaces conditioned by minocycline-HCl
米诺环素对牙周膜细胞在根面上附着和增殖的影响
The effects of cementum matrix and femora matrix on the expression of Alkaline phosphatase of bone marrow stromal cells in vitro
骨髓基质细胞在不同载体表面生长碱性磷酸酶活性的表达
牙骨质基质胍提取物促牙龈成纤维细胞、成骨细胞粘附研究
牙骨质基质提取物促成骨细胞在钛表面上粘附与移行的实验研究
Preparation of human cementum extract and assay of its protein content
人牙骨质基质提取物的提取及蛋白组分分析
牛牙骨质来源细胞的分离、培养和鉴定
釉基质蛋白对牙周膜细胞在牙骨质根面上生长的影响
牛牙骨质附着蛋白N末端氨基酸序列分析
The effects of cementum matrix and femora matrix on the phenotypic development of bone marrow stromal cells in vitro
牙骨质基质和骨基质对骨髓基质细胞体外钙化的影响
1·Methods BMSCs were co-cultured with cementum slices and femora slices in vitro, to detect with light microscope at 7 day and 28 day, and to determine ALP activity.
方法将骨髓基质细胞与牙骨质片和股骨片在体外共同培养,分别在第7天、第28天进行光镜观察及碱性磷酸酶的测定。
2·Enamel matrix protein is secreted by Hertwig's epithelial root sheath and is responsible for initiating the original formation of acellular cementum on the developing tooth root.
釉质基质蛋白由Hert wigs上皮根鞘分泌,能诱导发育牙根上的非细胞牙骨质的初期成形。
3·The periodontal ligament is a connective tissue located between the cementum of teeth and the alveolar bone of the mandibula.
牙周膜是位于牙骨质和下颌骨的齿槽骨之间的结缔组织。
4·It is well know that the biological basis of Orthodontics is the plasticity of jaw, the strength-proof of cementum and the stability of periodontal ligament internal environment.
口腔正畸学的生物学基础在于颌骨的可塑性、牙骨质的抗压性及牙周膜内环境的稳定性。