内膜系统

结果表明：毒素导致叶绿体内膜系统破坏，基粒片层解体，叶绿体形成泡囊；

Results indicated that tabtoxin made the endomembrane system of the chloroplast be destroyed , the grana lamellae be disorganized and the chloroplast form vesicles .

分泌途径主要由内膜系统构成，内质网和高尔基体对于分泌蛋白的运输及定位具有重要作用。

The secretory pathway of eukaryotic organelles mainly consists of endomembrane system . The endoplasmic reticulum ( ER ) and the Golgi apparatus are the key organelles for the secretory protein transport and localization .

肌浆网属于细胞内膜系统

The sarcoplasmic reticulum is a system of intracellular membranes .

因此认为，苦皮藤素V主要作用于中肠细胞的质膜及其内膜系统。

It is thus suggested that celangulin V might act on the plasmalemma and the organelle membrane of the midgut cells .

以上结果表明，在野生型拟南芥中，NAD（H）激酶是活性氧清除中的关键酶，在防止活性氧的过量积累、保护细胞内膜系统免受氧化伤害中具有十分重要的作用。

So that , NAD ( H ) K is a key kinase family in ROS scavenging system .

内质网和空泡膜等细胞内膜系统以及细胞表面的微绒毛和纤毛呈POD弱阳性。

Cilia and microvilli on the surface of the epithelial cells in the gill and the labial palps presented weak-ly positive of POD .

主要内在蛋白[见于晶状体纤维细胞膜]肌浆网属于细胞内膜系统。

Major intrinsic protein The sarcoplasmic reticulum is a system of intracellular membranes .

这为从分子水平上研究糖脂对细胞内膜系统的结构与功能的调节作用提供了重要的基础。

This provides basic experimental data to study the role of gangliosides in intracellular membranes .

浙贝母淀粉体的发育与内膜系统的关系（英）

Study on the Relationship Between the Development of Amyloplast and Internal Membrane System in Fritillaria thunbergii Miq .

3山羊脊髓运动神经元胞体内膜系统的发育变化的规律与神经元的发育阶段相适应。

The changes in the development of endomembrane system of the motor neurons accorded with that of motor neurons .

液泡H~+-ATPase是一类特殊的膜结合转运蛋白，广泛分布于植物的液泡膜等内膜系统上。

Vacuole H + - ATPase is a special membrane-bound transport protein located on the tonoplast and various inner membranes .

保持系花药细胞内细胞器丰富，具有分裂的质体和发达的内质网结构，线粒体内膜系统发达清晰。

Anther cells of maintainers had a number of organelles with divided plastids and developed endoplasmic reticulum and with clear and developed mitochondrial membrane system .

囊泡运输是真核细胞生命活动的基本事件之一，是细胞内内膜系统间物质和信息交流的主要方式。

Vesicle trafficking is one of the basic events in eukaryotic cells . It is the major pattern to maintain the exchange of materials and communication of information among organelles .

在休眠细胞解脱过程中，内膜系统也变得逐渐发达，可能发育成内质网和高尔基体的网状结构也相应形成。

The inner membrane system becomes complex gradually , The net structure possibly developing into endoplasmic reticulum and Golgi body , form accordingly , during the resting cyst 's differentiation .

研究表明，热处理诱导活性氧清除酶活性，抑制膜脂过氧化作用，提高细胞内膜系统的稳定性，提高黄瓜对低温的适应和抵抗能力。

The result showed that HT could maintain stabilities of cell membrane systems , retard the peroxidation of membrane lipid , improve the ability of resistance and adaptation of cucumber to Cl.

突变体在毒素作用下，具有较强的防御酶活性，而细胞内膜系统破坏较小则是产生较强抗性的原因。

The mutant under the action of toxin has the ability to increase the defensive enzyme activity and to reduce the damage of cell membrane system that would result in resistance increasing .

结果表明，水分胁迫下脂质过氧化作用增强是造成细胞内膜系统紊乱和伤害的原因，而超微结构的破坏造成光合作用和呼吸作用的降低是导致作物减产的生理因素。

The results indicated that the increase of lipid peroxidation might cause disorder and damage of membrane systems , and decrease of photosynthesis and respiration resulting from damaged ultrastructure was the physiological factor resulting in decreased grain yield .

目的：探讨米非司酮对人子宫内膜核仁管道系统（NCS）形成的影响。

Objective : To investigate the effect of Mifepristone on the formation of nucleolar channel system ( NCS ) in human endometrium .

腹腔镜与开腹手术治疗子宫内膜癌的系统评价与Meta-分析

Systematic Review and Meta-analysis of Laparoscopy and Laparotomy on the Endometrial Cancer

米非司酮对人子宫内膜核仁管道系统形成的影响

Effects of Mifepristone on Formation of Nucleolar Channel System in Human Endometrium

心内膜标测系统中，三维心内膜几何模型的构建是一个重大进步，在手术中导航导管起着关键的作用。

The ability to reconstruct a 3 - D geometric model of the endocardium is a useful advancement in the endocardial mapping system , which is a key step for catheter navigation during the operation .

方法：对63例患者经腹部B超诊断为卵巢子宫内膜异位囊肿进行系统性回顾。

Method : 63 patients with ovarian endometrial cysts diagnosed by ultrasonography were retrospectively analyzed .

复方益母草冲剂治疗药物流产后出血130例中药复方治疗子宫内膜异位症的系统评价

Effect of Compound Motherwort Medicine on the Bleeding Caused by Medical Abortion : A Report of 130 Cases

目的研究非接触心内膜激动标测系统指导疑难心律失常的标测与消融的有效性与优越性。

Objective To evaluate the efficacy and superiority of intracardiac noncontact catheter mapping system for mapping and ablation of complicated arrhythmia .

结论对卵巢子宫内膜单房囊肿系统药物治疗无效者，应尽早行超声下穿刺乙醇硬化术。

Conclusions If systemic drug therapy had no effect on ovarian single endometrial cyst , the interventional therapy guided by ultrasound should be used early .

术后早期可采用药物治疗或临时起搏技术，心动过缓持续3～4周以上者，应尽早考虑安装心内膜永久性起搏系统。

Medicine therapy and temporary pacing could be attempted during the early period after operation , but implantation of permanent endocardial pacing system should be suggested if bradycardia persists over 3 to 4 weeks .

本文报告21例注射氯醚避孕针妇女的子宫内膜活检结果，系统观察14例基础体温及6例宫颈粘液、阴道细胞的变化。

Endometrial histology has been studied in 21 healthy women receiving chlormadinone-quingestanol long-acting injectable contraceptive . Changes of BBT in 14 cases and cervical mucus and vaginal cytology in 6 cases have been observed systematically .

结论非接触心内膜激动标测系统指导心律失常的心内膜标测与消融是安全有效的，对复杂、难治性心律失常的电生理机制的阐明和指导消融具有较好的临床应用价值。

Conclusions It is safe and effective of intracardiac noncontact catheter mapping system for endocardium mapping and ablation of arrhythmia , especially for the clarity of electrophysiological mechanism of complicated arrhythmia and guiding RAF , which has potential clinical values .

结论：小鼠囊胚在子宫内膜体外模型上生长发育良好，该胚胎与子宫内膜共培养系统是研究胚胎着床机理的理想体外模型。

Conclusion : The cultured three-dimensional endometrium could be used as an ideal in vitro model for embryo implantation .