1.
Advance in allergic composition and mechanism of allergy of ginkgo biloba seeds
白果致过敏成分及其致敏机理研究进展
2.
A Study of Mechanism of Water-resisting and Red-sensitive Photopolymer
红敏光致聚合物非水溶性机理的探讨
3.
Study on the Mechanism of Masseter Muscle Hyperalgesia Induced by Psychological Stress in Rats
心理应激致大鼠咬肌疼痛敏感及其机制的研究
4.
Toward the Ethics of Consumption--To Huimin Jin,September 21,2007;
走向消费伦理——致金惠敏(2007年9月21日)
5.
Pathological changes of upper and lower airways in intranasal ovalbumin-induced guinea pigs
单纯滴鼻致敏豚鼠上下气道病理改变
6.
Experimental study for anaphylactic shock models and mechanisms in sheep induced by Echinococcus Granulosus;
细粒棘球蚴病致过敏反应及休克的模型研制和发病机理的动物实验研究
7.
The Study on Effective Substance and Mechanism on Sanao Tang and Its Associated Prescriptions by the Ovalbumin-induced Asthmatic Model
三拗汤类方提取物对卵蛋白致敏哮喘模型作用的物质基础与作用机理探讨
8.
Induction of T Cell Anergy by High Dose Allergen in Allergic Mice and Underlying Mechanism;
大剂量过敏原诱导致敏小鼠T细胞不反应性及机制研究
9.
The Underlying Neural Mechanisms of Peripheral Snake Venom and Bee Venom Induced Hyperalgeisa
蛇毒与蜜蜂毒外周诱致痛敏神经机制的研究
10.
Studies on Allergenicity and Sensitization Mechanism of Ginkgolic Acids from Ginkgo Biloba L.;
银杏酸的变应原性及致过敏作用机制研究
11.
Effect of di-(2-ethylhexyl) phthalate on asthmatic pathologic changes in ovalbumin-immunized rats
邻苯二甲酸二乙基己酯致OVA致敏大鼠哮喘样病理学改变
12.
Studies on the Catalytic Property and Sensing Mechanism of Indium Oxide Based Gas Sensing Material;
氧化铟基气敏材料的催化性能及敏感机理研究
13.
Hydrogen sensing characteristics and mechanism of nanosized SnO_2-TiO_2 composite material
纳米SnO_2-TiO_2复合材料的氢敏性能及气敏机理
14.
Study on Self-Blunting of Crack and Its Mechanism in Smart Concrete;
机敏混凝土裂纹自钝化及其机理研究
15.
Study of Piezoresistivity of Smart Concrete and Mechanism on Reinforcement Corrosion and Protection
机敏混凝土的压敏性及钢筋腐蚀与防护机理研究
16.
Gas and Humidity Sensing Properties and Mechanism of Electronic Polymer;
电子聚合物气、湿敏特性及机理研究
17.
Research on Gas Sensitive Properties and Mechanism Models of ZnSnO_3 with Additives;
ZnSnO_3掺杂气敏特性及其机理模型研究
18.
Study on Mechanisms and Applications of Water Sensitivity in Porous Media;
多孔介质水敏感性的机理与应用研究