enamel matrix
英 [ɪˈnæml ˈmeɪtrɪks]
美 [ɪˈnæml ˈmeɪtrɪks]
网络 釉质基质; 釉基质
双语例句
- The effect of Enamel Matrix Proteins on the periodontal tissue and cells and periodontal regeneration was reviewed.
兹就釉基质蛋白对牙周组织和细胞的作用及其在牙周组织再生方面的研究概况加以综述。 - Study of the Mechanism of the Effect of Enamel Matrix and Chinese Nutgall on Normal Enamel and Non-organic Enamel Demineralization; Effect of light quality on the anthocyanin, phenolic and flavonoid compounds of strawberry fruits
釉质有机质及五倍子水提取物对釉质脱矿影响机制的实验研究不同光质对草莓果实花青苷、酚类物质及类黄酮物质的影响 - It showed strongly positive expression in intra-cellular and new-birth enamel matrix when it came to secretion phase.
至分泌期，细胞内及新生釉基质中均呈强阳性表达； - Emdogain is an enamel matrix, protein-rich gel extracted from pig tooth buds.
Emdogain是一种富含釉质基质蛋白的凝胶，从猪的牙蕾中提取。 - Effects of enamel matrix proteins loaded in chitosan thermosensitive hydrogel on bone marrow stromal cells in vitro
壳聚糖温敏凝胶负载釉基质蛋白对骨髓基质细胞的作用 - Enamel Matrix Proteins had been a hotspot in recent years in the field of periodontics.
釉基质蛋白用于牙周组织再生治疗已经是近年来牙周病领域的研究热点。 - Enamel matrix proteins in the treatment of intrabony defects: A cochrane systematic review
釉基质蛋白治疗牙周骨内缺损的系统评价 - Emdogain is the conjugate of enamel matrix derivative and corresponding carrier, which can promote regeneration of periodontal tissues, biomineralization, bone induction and so on.
釉基质蛋白为釉基质衍生物与其相应载体的结合物，具有促进牙周组织的再生、生物矿化和骨诱导等生物特性。 - These enamel matrix proteins when suspended in a thickening agent ( propylene glycol alginate-PGA) are retained on root surfaces for up to two weeks.
当材料悬浮于增稠剂（海藻酸丙二醇酯）时，这些釉质基质蛋白可以在牙根表面滞留长达两周。 - Effects of enamel matrix proteins on synthesizing collagen type ⅰ and type ⅲ of SD rats ′ marrow stroma cells in vitro
釉基质蛋白对大鼠骨髓基质细胞合成Ⅰ、Ⅲ型胶原的影响 - Influence of enamel matrix protein on T cell proliferation and subsets in the regeneration of periodontium
釉基质蛋白在牙周组织再生过程中对T细胞增殖及其亚群的影响 - Effects of enamel matrix proteins on the attachment, spreading and proliferation of porcine bone marrow stromal cells in vitro
釉基质蛋白对猪骨髓基质细胞黏附、伸展及增殖的影响 - So the study on mineralization of enamel was focused on enamel matrix protein.
因此，对釉基质蛋白的研究也就成为矿化研究领域中的热点。 - Objective To evaluate the effect of enamel matrix protein ( EMP) on the attachment and proliferation of periodontal ligament cells ( PDLC) on diseased cementum surfaces in vitro.
目的观察釉基质蛋白（EMP）对牙周膜细胞（PDLC）在牙周炎患牙牙骨质根面上附着和增殖的影响。 - Objective Investigate the effects of enamel matrix proteins ( EMPs) on the mineralization and attachment of osteoblasts, to explore the possible mechanism of alveolar bone regeneration induced by enamel matrix proteins ( EMPs).
目的观察釉基质蛋白（EMPs）对成骨细胞矿化和粘附能力的影响，进一步探讨EMPs促进牙槽骨再生的机理。 - Biological Effects of Enamel Matrix Proteins on rMSCs in Vitro
釉基质蛋白对体外培养的骨髓基质细胞生物学功能的影响 - Chinese nutgall shows the effect of inhibiting enamel demineralization through acting on enamel matrix.
五倍子通过作用于釉质有机质达到抑制釉质脱矿的作用。 - But in the experimental group the ameloblasts arranged in multiple layers, the enamel matrix was confused and the expression of BSP was significantly lower than that of the control group. Statistical analysis showed significant differences between the two groups ( P < 0.01).
实验组，大鼠切牙成釉细胞由原有的高柱状变矮，细胞排列成多层，釉基质形成混乱，大鼠牙胚上皮中BSP表达显著低于对照组，P<0.01。 - AMBN may promote the mineralization of enamel matrix, and also keep the shape and size of crystals.
AMBN促进釉质基质矿化，并维持晶体形状、大小； - Objective To prepare enamel matrix proteins ( EMPs) loaded dextran-based hydrogel microspheres ( EMPs-dex-MPs), and to evaluate their EMPs controlled release property and their biological effects on the proliferation and differentiation of human periodontal ligament cells ( PDLCs) in vitro.
目的探讨载釉基质蛋白（EMPs）的右旋糖酐基凝胶微球（dexMPs）的制备工艺及其理化与生物学性能。 - Effect of enamel matrix protein on bone regeneration around pure titanium dental implants
釉质基质蛋白促进纯钛种植体表面骨形成的研究 - Enamel Matrix Proteins and periodontal regeneration
釉基质蛋白与牙周再生 - The immunological reaction between this antibody and the enamel matrix was determined by immunoelectrophoresis;
用微量免疫电泳法测试抗体与釉质基质蛋白之间的免疫反应； - Related studies suggested that the inhibition of Chinese nutgall on enamel caries possibly due to its effect on enamel matrix.
相关的研究也表明具有明确抑龋效果的中药五倍子可能通过作用于釉质有机质而达到其抑制脱矿的作用。 - Histochemical study indicated that most of amelogenin stayed in enamel matrix and others diffused to dentin, dental tube and odontoblast layer.
组织化学研究结果显示在釉质形成期，釉质蛋白大部分留在釉基质层，也有一部分向牙本质内扩散到牙本质、牙本质小管以及造牙本质细胞层内。 - AIM: To investigate the effects of enamel matrix protein on the changes of synthesis protein of periodontal membrane fibroblast and analyze the effects of enamel matrix protein on accelerating the periodontium regeneration.
目的：检测釉基质蛋白作用下牙周膜成纤维细胞合成蛋白的变化，分析釉基质蛋白促进牙周组织再生的作用。 - AIM: To explore the best dosage of clinical applied enamel matrix proteins ( EMPs) and the feasibility of chitin as vehicle.
目的：探索釉基质蛋白（enamelmatrixproteins，EMPs）应用的最佳剂量和甲壳质作为载体的可行性。 - Studies showed that fluoride may affect ameloblasts through multiple pathways, including apoptosis and cell death, synthesis and secretory of enamel matrix proteins, activity of proteases, and so on.
研究表明，氟离子可以通过多种途径影响成釉细胞，包括细胞的增殖、凋亡，釉基质蛋白的合成和分泌，以及蛋白酶活性等。 - Amelogenins are the most abundant protein constituents of the developing enamel, and during the first phases of mineral deposition may account for 60%~ 90% of the enamel matrix.
其中，釉原蛋白是釉质发育过程中最为丰富的蛋白成分，在釉质矿化的第一阶段占釉基质的60%~90%。