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- PURPOSE: To culture porcine dental papilla cells (pDPCs) and to study the cytobiological characteristics of the cells in vitro. 摘要目的：培养新生猪的牙乳头细胞，探讨其传代细胞的生物学特性。
- Rat dental papillae cells (RDPCs) 大鼠牙乳头细胞
- Culture and Characteristics of Human Dental Papilla Cells in vitro 人类牙乳头细胞的体外培养及细胞生物学性状研究
- Keywords Cell culture;Dental papilla cells;Mineralization; 细胞培养;乳头细胞;矿化;
- Rat dental papilla cell culture with nanometer-HAP in vitro 大鼠牙乳头细胞与纳米羟基磷灰石的体外复合培养
- Keywords dental papilla cell;tissue engineering;cell culture; 牙乳头细胞;组织工程;细胞培养;
- Keywords fluoride;cultured dental papilla cell;type I collagen; 氟;人牙乳头细胞;I型胶原;
- Culture and the mineralization ability of neonatal rat dental papillae cells 新生大鼠牙乳头细胞的体外培养和矿化特征
- The effects of fluoride on type I collagen in cultured dental papilla cells 氟对体外培养人牙乳头细胞分泌I型胶原的影响
- Effect of PTH on the expression of DMP1 in human dental papilla cells in vitro 甲状旁腺激素对人牙乳头细胞牙本质基质蛋白1表达的影响
- Rat Dental Papilla Cells in Culture and Mineralized Nodule Formation 大鼠牙乳头细胞体外培养和矿化的实验研究
- Keywords Bone morphogenetic protein Dental papilla cells Biological behavior; 骨形成蛋白4;牙乳头细胞;细胞生物学;
- Keywords Dental papilla cell;Cell culture;Dentin sialoprotein （DSP）; 牙乳头;细胞培养;牙本质涎蛋白;
- The effect of nicotine on BMP secretion of mouse molar germ and dental papilla cells of in vitro 尼古丁对牙胚、牙乳头间充质细胞BMP分泌影响的体外研究
- The influence of bone morphogenetic protein 4 on biological behavior of dental papilla cells: An experimental study 骨形成蛋白4对大鼠牙乳头细胞生物学行为的影响
- Mineralization and related differential phenotype of cultured human dental papilla cells 人牙乳头细胞体外矿化特征及其分化表型的表达
- Keywords Semiconductor quantum dots （semiconductor nanoerystals）;Rat dental papillae cells（RDPCs）;Biocompatibility;Oral cavity;Live cells; 半导体量子点（半导体纳米微晶体）;大鼠牙乳头细胞;生物相容性;口腔;活细胞;
- The effect of nicotine on BMP secretion of mouse molar germ and dental papilla cells of in vitro; 结论:尼古丁对体外培养胎鼠牙胚和人牙乳头细胞BMP的分泌存在抑制作用。
- Keywords dental papilla cell;nanometer-hydroxyapatite;tissue engineering;biocompatibility; 牙乳头细胞;纳米羟基磷灰石;组织工程;生物相容性;
- Keywords cell culture;differentiation;calcification;odontoblast;dental papilla cell;dental pulp cell;tooth germ; 细胞培养;分化;矿化;成牙本质细胞;牙乳头细胞;牙髓细胞;牙胚;
