臂的

Results Chromosomal changes were detected in 4 cases by high-resolution G-banding: one case with t(4;6)(q23-24;p21), one case with longer p arm of chromosome 21 (21p+), and two cases with pericentric inversion of chromosome 9 inv(9 which was confirmed by C-banding.

结果用G带分析观察到有染色体改变的4例患者，分别为1例t(4；6)(q23-24；p21)、1例21p+和2例9号染色体臂间倒位。

Additionally, analysis of G-banding patterns for macrochromosomes of them indicated that there was great difference between NO.1 and NO.2 chromosome, which can be explained by the pericentric inversions.

NO.l染色体，家鸡为m型，而鹌鹑为sm型；NO.4、NO.6、NO.8和Z染色体，家鸡分别为sm、sm、m、m型，而鹌鹑全为t型。G带分析结果显示，家鸡和鹌鹑的G带差异主要反映在NO.1、NO.2染色体上，这可能是由於臂间倒位所致。

Nine of all the 62 patients had been found complications,including hematoma in 3 cases,lymphadenectomy in 2 cases,cervical plexus injury in 2 cases,phrenic nerve injury in 1 case,brachial plexus injury in 1 case and pneumothorax in 1 case.

其中术后伤口血肿形成3例，淋巴漏2例，颈丛神经皮支损伤2例，膈神经损伤1例，臂丛神经损伤1例，气胸1例，所有患者出现并发症后均得到及时的处理。

Two major genes controllinggrain hardness,Pina and Pinb, was located at the short arm of chromosome 5DS.

控制硬度的主效基因Pina 和Pinb 位于染色体5D 短臂上，软质对硬质为显性。

It's no use kicking against the pricks.

你这是螳臂挡车，毫无用处的。

For the demand of low orbit satellite communication system requiring, designs the quadrifilar helix antenna was designed.

根据低轨道小卫星通信系统对天线的要求，文章对四臂螺旋天线进行研究。

The theory of the quadrifilar helix antenna is analyzed in the aspect of application, thus the design work is done under the theoretical guidance.

2从工程应用出发对四臂螺旋天线进行详细的理论分析，为设计工作提供理论指导。

A novel conical printed quadrifilar helical antenna for GPS application is presented.

提出了一种应用于全球定位系统的宽波束圆极化圆锥印刷四臂螺旋天线。

Objective To evaluate the treatment outcome of total b rachial plexus root avulsions by nerve transfer through limb shortening.

目的 观察应用上臂短缩、神经移位术治疗全臂丛根性损伤的初步疗效。

Finally, three new-style reticulately stiffening thin-wall cantilever models with different grid forms and grids arrangement were proposed, and their structural performances were studied by means of linear analysis, geometrically nonlinear analysis, dynamic analysis and buckling analysis, respectively.

最后，基于以上研究成果，提出了三个具有不同网格分布的新型仿生伸臂空间网格结构模型，并对它们进行了线性分析、几何非线性分析、动力分析和弹性屈曲分析。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。