So it is feasible to diagnose pulp diseases with caries by crown pulp tissue.
作者认为利用冠髓组织对龋性牙髓病进行诊断也是可行的。
Objective To evaluate the impact of fixed prosthesis on pulp tissue of deep caries.
目的探讨固定修复术对深龋牙髓健康的影响。
Theseresults indicated that periodontitis probably influenced the dental pulp tissue.
这些结果表明牙周炎有可能引起牙髓病变。
This is biologically fundamental for the self-reparative potential of dental pulp tissue.
这是牙髓组具有自身修复潜能的生物学基础。
The sequelae of pulp tissue after dental injuries include pulp survival, pulp calcification and pulp necrosis.
外伤后，牙髓组织的转归可分为牙髓存活、髓腔钙化、牙髓坏死。
RESULTS:The blood vessels of pulp tissue were dense, and had many communicating anastomosis between microvessels.
结果：牙髓组织血管密集，微血管吻合较多。
A banana tissue electrode sensitized for oxalate has been prepared by coupling the banana pulp tissue with an oxygen electrode.
将香焦组织与氧电极偶合，制成了草酸生物组织电极。
This study is to review the effects of smear layers on the adaptation and the bonding property of restorative materials and on the pulp tissue.
本文从其对修复体的密合度、对材料的粘结性能以及对牙髓的影响方面进行了概述。
CONCLUSION: (1) as pulp-cap, cinnamaldehyde stimulated the pulp tissue at a very low level, controlling with Fc the difference was not significant.
结论：(1)桂皮醛作为活髓切断术的盖髓剂，对根髓组织刺激性小，而与甲醛甲酚对照两组差异不显著。
Objective to study the expression of heme oxygenase-1 (HO-1) in dental pulp tissue and to find out the relationship of distribution and function of HO-1.
目的研究血红素氧合酶- 1 (HO - 1)在正常人牙髓组织中的表达，探讨其分布与功能的关系。
Results: Coronal pulp tissue of 77.8% of deciduous teeth with deep caries showed chronic inflammation to various degree or chronic pulpitis with acute attack.
结果：77.8%的冠髓组织有不同程度的慢性炎症和慢性牙髓炎急性发作。
Results: Hyperemia, swelling, reduction of cell ingredient and variation of blood vessel occurred after refrigeration, The pulp tissue showed vascular degeneration and fibrosis at ultrastructure.
结果：冷冻后的组织病理特点是充血肿胀，细胞成份减少，血管变异。
The mechanism and technology of tissue engineering were introduced into the study on repairing of injured pulp and hard tissues, and regeneration of a tooth.
牙齿组织工程学，是将组织工程学的原理和技术应用于牙体牙髓损伤修复和牙齿再生的研究。
METHOD: Human pulp cells were primary cultured with tissue block method, enzymolytic method, and tissue block enzymolytic method separately.
方法：分别采用组织块法、酶消化法、组织块酶消化法进行人牙髓细胞原代培养。
Two types of tissue, red pulp and white pulp, are intermixed. The white pulp is lymphoid tissue containing lymphocyte production centres.
组织的两种类型红髓、白髓交织混合。白髓是包含淋巴球产生中心的淋巴组织；
Aim: To investigate the change of SP and CGRP in the pulpal tissue with acute pulpitis and after opening of pulp chamber.
目的：比较和分析急性牙髓炎和牙齿开髓刺激后，牙髓组织中P物质(SP)、降钙素基因相关肽(cgrp)的变化。
Conclusion the expression of TIMP-1, -2 in human dental pulp cell and tissue is detected, and this provides the basis for further studying on the mechanism of TIMP in dental pulp.
结论TIMP 1、2在人牙髓成纤维细胞及牙髓组织均有表达，为进一步研究TIMP在牙髓组织中的作用机理提供实验依据。
CONCLUSIONS: tissue explant method was superior to tissue explant-collagenase digestion method for the culturing of human dental coronal and root pulp cells.
结论：在对根、冠髓细胞的原代培养中，组织块法优于组织块酶解法。
Methods In vitro study: pulp fibroblasts were collected and cultured from healthy human dental pulp by tissue explant method.
方法体外细胞实验：以组织块法体外培养人牙髓成纤维细胞，传代备用。
The observation of tissue structure of pulp showed that the varieties with higher storability have thicker cuticle layer, higher density of epidermis cells which are well arranged.
果皮组织结构观察表明：耐藏性好的品种，角质层厚，表皮细胞密度大，排列整齐；
It is briefly introduced that the production technology to produce tissue paper by waste paper pulp in America and Finland.
该文简述了美国和芬兰利用废纸浆生产各种生活用纸的生产工艺。
Our strong technology offering includes entire pulp mills, tissue, board and paper manufacturing lines, as well as power plants for bio-energy production.
我们提供的强大技术覆盖完整的制浆厂，生活用纸，纸和纸板生产线，以及生物质能源生产工厂。
Ourstrong technology offering includes entire pulp mills, tissue, board and papermanufacturing lines, as well as power plants for bio-energy production.
我们提供的强大技术覆盖完整的制浆厂，生活用纸，纸和纸板生产线，以及生物质能源生产工厂。
So this machine is particularly applicable for the wast book that is sensitive to pectin to regeneration pulp screening of deinking paper and tissue.
也是再生新闻纸及其他废纸制浆、化学制浆理想的精选设备。
Valmet's strong technology offering includes pulp mills, tissue, board and paper production lines, as well as power plants for bioenergy production.
维美德拥有雄厚的技术实力，提供包括制浆，生活用纸，纸和纸板生产线，以及采用生物质能源生产的电厂。
The study of DPSCs presents important significance in dental tissue engineering, such as dental restoration and dental pulp regeneration.
牙髓干细胞的研究对牙髓再生、牙体修复等牙组织工程将产生重要的意义。
The important technological and economic advantages have expanded the use of shoe press technology to the dewatering of all paper products from pulp to tissue.
靴式压榨技术的应用范围已扩展到所有纸产品的脱水。
The important technological and economic advantages have expanded the use of shoe press technology to the dewatering of all paper products from pulp to tissue.
靴式压榨技术的应用范围已扩展到所有纸产品的脱水。
应用推荐