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- dental pulp vitality tester 牙隋活力测验器
- For lack of methods in dental pulp vitality detection,large error and pain to the patient using current ways,a new instrument present in this paper,which based on fluorescence detection. 针对现行牙髓活力测试方法手段单一、主观性强、患者舒适度差等问题,根据牙髓活力荧光测量理论,提出一种测试系统结构方案。
- dental pulp vitality 牙髓活力
- The pathogeny of dental pulp polyp? 牙髓息肉的病因？
- The branch of dentistry that deals with diseases of the tooth root, dental pulp, and surrounding tissue. 牙髓病学研究牙根、牙髓及其周围组织疾病的牙医学的一个分支
- Conclusion:Dental pulp devitalization is prior to anesthetizati... 结论:后牙的牙髓摘取,失活法优于麻醉法。
- Through hematic source infection causes dental pulp phlogistic very scarce. 通过血源感染引起牙髓炎十分少见。
- The branch of dentistry that deals with diseases of the tooth root,dental pulp,and surrounding tissue. 牙髓病学，研究牙根、牙髓及其周围组织疾病的牙医学的一个分支。
- To examine the expression pattern of DSP,DMP1,CBFA1,BMP2 in rat dental pulp stem cells(RDPSCs). 目的检测dsp、DMP1、CBFA1、BMP2在大鼠牙髓干细胞中的表达,为大鼠牙髓干细胞的生物学功能研究提供基础。
- CATT has obvious analgesic effect of rabbit dental pulp nerve pain induced by electro-stimulating method. CATT对电刺激家兔牙髓神经致痛有明显的镇痛作用 ,且于用药后 5min即开始起效。
- The technology of corrosion resin cast was feasible to studying the microcirculation of the human dental pulp. 血管铸型是研究牙髓微循环的有效方法这一。
- Objective To evaluate the clinical effects of mummification of dental pulp for class V cavity in posterior teeth. 目的评价后牙V类洞干髓术的临床疗效。方法120例患牙随机分为V类洞干髓组及常规(牙合)面洞治疗组。
- Conclusion HGF may play an important role in the early stages of dental pulp repair. 结论HGF参与了牙髓损伤早期修复及修复性牙本质形成的过程。
- Morphosis of dental pulp cells were observed under phase-contrast microscope and electron one. 应用倒置相差显微镜、透射电镜观察人牙髓细胞的形态与结构。
- At the center of each tooth is an area with nerves, arteries and veins called the dental pulp. 每颗牙齿的中心区域有神经，动脉和叫做牙髓的血管。
- Clinical still change by periodontosis it is thus clear that the dental pulp pathological change that cause. 临床还可见由牙周病变引起的牙髓病变。
- FRILJET Pulp Vitality Test Agent 牙髓活力测试剂
- This article mainly introduces the heat injury of Er.laser to odontal tissues and the impact on dental pulp and cement. 本文主要介绍铒激光对牙体组织的热损伤、对牙髓本质及牙骨质的影响。
- Methods: Measured MTT, alkaline phosphatase (ALPase) activity and osteocalcin content of human dental pulp cells. 方法 :采用噻唑盐比色测定（MTT)、酶动力学方法和放射免疫技术。
- local cryoancsthcsia and pulp vitality test agent 局部冷冻麻醉及牙髓活力试剂
