Internal fixation of bridging patella-tibia node group to treat the fracture of lower part of patella 髌骨-胫骨结节架桥式固定治疗髌骨下极骨折
These compounds exhibit various cluster skeleton structures with different bridging ligands of group ⅵ A, which show the ligand-ligand element interactions are playing an important role in configuration and stability of the skeleton of the clusters. 从这些具有不同骨架构型的簇合物可以看出,主族元素&主族元素之间的相互作用对这类原子簇化合物的骨架构型变化和稳定性有着重要作用。
They were divided randomly into three groups ( 10 SD rats in each group): group of acellular basal lamina tubes graft ( group A), group of autogenous nerve bridging ( group B) and group of allogenic nerve bridging ( group C). 实验分3组:无细胞基膜管移植组(A组)、自体神经移植组(B组)和异体神经移植组(C组)。
H2S adsorbed on bridging hydroxyl group prior to silanol OH group from the adsorption heat. 从H2S在沸石分子筛的桥羟基和硅羟基与H2S相互作用的吸附热可以推断,H2S优先吸附在桥羟基上。
The HA levels and anti-HBe positive rate in the bridging necrosis positive group were higher than the bridging necrosis negative group. 不伴肝硬变患者,桥形坏死阳性组血清HA值及抗-HBe阳性率均高于桥形坏死阴性组。
In the dinuclear complexes with two dissimilar bridges, the highest occupied molecular orbitals ( HOMO ′ S) of the bridging ligands interact with the magnetic orbitals of the metal ions according to the matching of symmetries. the highest are group D and F '; 在混合桥基的双核体系中,金属中心的磁轨道的线形组合可与相同对称性的桥基最高占据轨道(HOMO'S)相互作用.治疗D组、对照F′组水平最高;
The Relationship Between the Bridging Alkyl Group and Electrochemical Behavior of Some Biferrocenyl Alkanes 烷基桥联双二茂铁衍生物的取代基效应与电化学性质的研究
Design and Manufacture of Mechanic Modeling of Fluid Dynamics Related to the Myocardial Bridging and Mural Coronary Artery Methods Between September 2000 and January 2003, thirteen patients were detected for their myocardial bridging ( MB) by coronary angiography ( MB group). 心肌桥-壁冠状动脉血流动力学模型的设计和制作方法2000年9月至2003年1月,13例冠脉造影显示心肌桥患者即刻测定冠脉血流储备,与同期32例冠脉造影正常对照者比较。
Methods Forty pts were randomly assigned into two groups: The intensive bridging exercise group ( A group) and the general exercise group ( B group). 方法将40例病人随机分为强化桥式运动康复组(A组)和一般康复训练组(B组);
According to the experiments, it can be concluded that the state of mineral cleavage plane, the bridging function of the group on the surface of Nocardia and the electrostatic force are important factors. 矿物解理面状态、Nocardia表面基团的桥连作用和静电力是导致选择性吸附的关键。
The organic bridging group covalently bond to the component by Si-C bond throughout the whole material. Compared to normal hybrid materials, there is no two-phase separation and weak interfacial bonding occuring in bridged polysilsesquioxanes. 有机桥联基团通过Si-C共价键使有机和无机组分相连并均匀分布于整个材料中,不存在普通杂化材料出现的两相分离以及相界面结合性弱的特点。