有体管的

基本解释 (translations)

siphunculate  ·  siphunculated

与有体管的相关的网络例句 [注：此内容来源于网络，仅供参考]

Owing to its effect of the surface and intrinsic lacuna, carbon nanotubes have perfect reactive ability than other allotrope of graphite.

碳纳米管的表面效应和管壁中存在有大量的拓朴学缺陷，使碳纳米管的表面本质上比其它的石墨变体有更大的反应活性。

The tube is formed of glass, encloses a discharge volume filled with a discharge gas and has a fluorescent phosphor coating disposed on the inner surface of the tube.

该管由玻璃形成，封入填充有放电气体的放电体积并且具有设置在所述管的内表面上的荧光磷光体涂层。

There were similar effects on the growth of testicle. There have showed obvious growth of seminiferous tubular, rete tubule and vas deferens compared to control group.

而在睪丸生长方面，在有给虫草菌丝体米的睪丸，生精细管、睪丸网小管与输精管与对照组比较均生长较好。

Theurinary IL-6 level positively correlated with density of glomerular matrix membrane, global sclerosis, fiber or fibrocellular crescents and interstitial fibrosis (p. 05). According to the degree of density of glomerular matrix membrane and interstitial fibrosis, urinary Col-IV level had better correlation than urinary TGF-betal and IL-6 levels.In IgAN, Col-IV showed increased expression in diseased renal tissue whereas the site of expression of TGF-betal was mainly localized within the cytoplasm of tubular epithelial cells. Interstial expressionwas also present but glomerular TGF-betal expression was found only in patients with heavy mesangial proliferation. There was a significant correlation between glomerular positivity for Col-IV and severity of histological damage. There was also a significant correlation between positivity for TGF-betal and Col-IV in the tubular epithelial and interstitial lesions. In contrast, there was no ralationship between glomerular positivity for TGF-betal and severity of histological damage.The urinary TGF-betal level paralleled tubular TGF-betal expression.

结果 ①IgAN患者尿TGF-β1、IL-6、Col-Ⅳ水平较健康人明显增高(P＜0.01)，该变化与血中的浓度无关(P＞0.05)；②尿TGF-β1水平与小管间质TGF-β1阳性表达呈正相关(P=0.000)，而与小球TGF-β1阳性表达无关(P＞0.05)，尿Col-Ⅳ水平与小球和小管间质Col-Ⅳ阳性表达均呈良好的相关性(P＜0.01)，还与小管间质TGF-β1阳性表达呈正相关(P＜0.05)：③小球Col-Ⅳ阳性表达与肾组织慢性病变密切相关(P＜0.05)，小管间质Col-Ⅳ和TGF-β1阳性表达均与肾小管间质病变呈良好的相关性(P＜0.01)，而小球TGF-β1阳性表达与肾组织损伤无关(P＞0.05)；④尿TGF-β1、Col-Ⅳ水平与肾小球基质基底膜面密度、小管间质病变呈正相关(P＜0.01)，与小球内细胞数呈负相关(P＜0.05)，该结果与其在组织中的表达一致；尿IL-6水平浙江大学硕士学位论文尿TGF一B一、IL一6和Col一IV在IgA肾病中的应用价值与基质基底膜面密度、球性硬化、纤维或细胞纤维新月体所占肾小球百分数及小管间质病变均有显著的相关性(F.05)；在轻度肾病理损伤时，尿'l'G卜pl、I卜6、Col一IV水平即升高，而尿Col一W在反映细胞外基质积聚和间质纤维化程度上比尿TGF一pl和IL一6有更好的相关性。

In the early 1980s, many researchers revealed the structure of cytoskeleton mainly on kinetosome in the cortex by the employment of protargol staining and ultrastructure method, and thus the configuration, development and mechanism of cortical ciliatures were discussed, which was the major tide in the studies of cell biology of protozoa.

但是，目前仅对草履虫、四膜虫中分散排布的体纤毛基体的装配有较深入的了解，而对不同种纤毛虫的毛基体特别是紧密聚集排列的纤毛器基体微管的装配和基体微管装配在细胞内的启动和发生过程尚未进行深入的研究。

In this paper, the method of growing carbon nanotubes bycatalytic decomposition of 〓 in low temperature on apowder Ni-Mg-O catalyst system is used. By controlling thereaction conditions and catalyst precursor, we preparedifferent configuration of carbon nanotubes and discuss themechanism of carbon nanotubes growth, we firstly researchthe character of lithium ion intercalating carbon nantubes,and reach some important conclusions.

本文主要采用了甲烷在镍基催化剂上的低温裂解，控制不同的条件和催化剂前驱体，制备出各种不同形态参数的碳纳米管，讨论了碳纳米管的生长机理；并且首次研究了各种不同形态参数的碳纳米管的嵌锂性能，取得了一些有意义的结论：一。

The results show that the CNTs are dispersed effectively by bell jar immersing precast block casting. The maximal tensile strength and the elongation of the AZ31/CNTs composites are enhanced by 41.3% and 119.4%, respectively, and the elastic modulus and micro-hardness are also raised by 67.8% and 66.9%, respectively, when compared with those of the as-cast AZ31 Mg alloys. The CNTs can greatly refine the grains of the composites, playing a good role in reinforcing the matrixes of AZ31 Mg alloy. The fracture sections of the composites mainly consist of dimples and prisms, which demonstrates quasicleavage fracture modes.

结果表明：钟罩压块法可以有效地将碳纳米管分散到镁合金熔体中；CNTs对AZ31镁合金的力学性能有较强的增强效果，与本研究中的铸造AZ31合金相比，AZ31/CNTs复合材料的最大抗拉强度和伸长率分别提高41.3%和119.4%，弹性模量和显微硬度分别提高67.8%和66.9%；CNTs对AZ31镁合金基体晶粒的细化作用显著，与镁基体界面结合较好；复合材料试样断口形貌由韧窝和撕裂棱组成，呈现准解理断裂特征。

The results show that the CNTs are dispersed effectively by bell jar immersing precast block casting. The maximal tensile strength and the elongation of the AZ31/CNTs composites are enhanced by 41.3% and 119.4%, respectively, and the elastic modulus and micro-hardness are also raised by 67.8% and 66.9%, respectively, when compared with those of the as-cast AZ31 Mg alloys. The CNTs can greatly refine the grains of the composites, playing a good role in reinforcing the matrixes of AZ31 Mg alloy. The fracture sections of the composites mainly consist of dimples and prisms, which demonstrates quasi- cleavage fracture modes.

结果表明：钟罩压块法可以有效地将碳纳米管分散到镁合金熔体中；CNTs对AZ31镁合金的力学性能有较强的增强效果，与本研究中的铸造AZ31合金相比，AZ31/CNTs复合材料的最大抗拉强度和伸长率分别提高41.3%和119.4%，弹性模量和显微硬度分别提高67.8%和66.9%；CNTs对AZ31镁合金基体晶粒的细化作用显著，与镁基体界面结合较好；复合材料试样断口形貌由韧窝和撕裂棱组成，呈现准解理断裂特征。

Results of the experimental groups: Comparison with the control groups, in 6h and 8h groups eminences of ependymal cells with cobblestone-like appearance were seen, their microvilli were further richer, and a number of microholes could be found on their base. In body part of SFO cell membrane of some ependymal cells were broken completely, their cytoplasm was no longer seen, and cell nucleus located at one side of the cell, 5-7μm in diameter and dividing lobe-like in shape. Beside those cells some ependymal cells appeared many folds on the top of surface. In 2h and 16h groups the observation results seemed no significant differences from the corresponding control groups.

实验组结果：与对照组相比，在6小时和8小时实验组中，可见成团的鹅卵石状室管细胞隆起于表面，微绒毛更为丰富，微绒毛根部可见到若干微细小孔，在SFO体部的一些室管膜细胞的胞膜完全破裂，胞质几乎荡然无存，仅剩胞核居于细胞的一侧，直径有5.7μm，呈分裂叶状；与这些细胞邻近的室管膜细胞表面最高处多呈现皱襞。2小时与16小时的实验组的观察结果与对照组相比未发现明显差异。

Results:The 3-dimensional finite element models of the minimum distal occlusal structure defect with restoration were created, which included metal crown with exterior anatomic morphology of the mandibular first molar, tooth preparation, filling material and the structure of periodontal membrane.

本研究采用逆向工程技术，通过先进的三维激光扫描技术，三维造型设计技术建立几何模型，将几何数据导入有限元分析软件中，建立了右下颌第一磨牙具有根管和远中面(distal occlusal，DO)最小缺损的全冠修复牙体预备体、充填体、金属冠、牙周膜的三维有限元模型。

与有体管的相关的网络解释 [注：此内容来源于网络，仅供参考]

hyaline cast：透明管型

透明管型(hyaline cast)医.学教.育网原.创:较细,为无色透明内部不含颗粒的圆柱状体. 正常人晨尿(要有足够的时间形成管型)中可有透明管型出现. 常见于肾炎、肾淤血,发热性疾病等.

nucleoid：类核体

该病毒颗粒呈六角形,也有圆形或多角形,直径70~90nm,有的单层外膜内具浓密的类核体(Nucleoid). 病毒主要发现于牡蛎卵及幼体中. 幼体的面盘、外套膜、鳃组织及围绕消化管的结缔组织均见病灶. 感染者消化腺苍灰色. 群体出现散发性死亡.

stone canal：石管

环管于一间步带处向反口面伸出一石管(stone canal)(位于轴器内),管壁内有石灰质环,故较硬,管末端连于筛板,与外界相通. 筛板为一圆形小骨板,其上有许多辐射排列的小沟纹,沟底有许多小孔(约200个). 环管上间步带处各具一对帖德曼氏体(Tiedmann's body,

triad：三联体

位于横小管两侧的肌质网扩大呈环形的扁囊,称终池(terminal cisternae),与横小管一起共同组成三联体(triad)(图6-9),可将兴奋从肌膜传到肌质网膜. 肌质网的膜上有丰富的钙泵(一种ATP酶),有调节肌质中Ca2+浓度的作用.

Codium：松藻属

(八)松藻属(Codium)属于管藻目. 全部海产,固着生活于海边岩石上. 植物体是管状分枝的多核体,许多管状分枝互相交织,形成有一定形状的大型藻体,外观叉状分枝,似鹿角,基部为垫状固着器. 丝状体有一定分化,中央部分的丝状体细,无色,

hymenophore：子实层体

子实层分布在菌髓(trama)的两侧,菌髓和子实层构成子实层体(hymenophore). 子实层体有片状、疣状、管状、针状、褶状等多种形式. 因种类不同,子实层中夹杂有侧丝、刚毛(seta)、囊状体(cystidium)和胶囊体(gleocysti- dium)等. 本纲已知有15000余种,

mesonephric tubule：中肾小管

继前肾之后,位于第14~28体节外侧的中肾嵴内,从头至尾相继发生许多横行小管,称中肾小管(mesonephric tubule). 两侧中肾小管共约80对,每个体节相应位置有2~3条. 中肾小管呈"S"形弯曲,其内侧端膨大并凹陷成肾小囊,内有从背主动脉分支而来的毛细血管球,

uriniferous tubule：泌尿小管

肾实质由许多迂曲的泌尿小管(uriniferoUs tubule)构成,其间有血管和少量结缔组织. 泌尿小管包括肾单位和集合小管两部分. 肾单位起始部为膨大的小球,称肾小体,与肾小体相连的一条长而弯曲(30-40mm)的管道称肾小管. 根据结构和功能的不同,

trabeculae：连接小管

贯穿整个链体.节片成熟后,节片间的肌纤维会逐渐退化,导致孕节自链体脱落.肌层下的实质结构中有大量电子致密细胞称为核周体(perikarya).核周体通过若干连接小管(trabeculae)穿过表层肌和基膜通向皮层.核周体的细胞核具有双层膜,

head kidney：肾

有些硬骨鱼类的肾脏前端尚有不具有泌尿机能的头肾(head kidney). 肾脏由许多肾小体(renal corpuscle,或称马氏体 Malpighian body)构成,肾小体包括肾小球(glomerulus)和肾小管(renal tuble)两部分. 肾小球是背大动脉分支在肾小管的肾口旁形成的一个毛细血管团;