- 更多网络例句与器官的系统发育相关的网络例句 [注：此内容来源于网络，仅供参考]
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This reports about the study on the femalereproductive organ in the two differren-productivity Ovis aries. Study on the expressing level ofvascular endothelial growth factor receptor—Flt-1 gene of reproductive organ in pregnant sheep.It provided a method for further studying on embryo transplantation, embryonal ectogenesis,treatment of disturbance of genital system of female mammalian.
因此本文以繁殖力高低不同的两个绵羊品种为研究对象，研究血管内皮生长因子受体——Flt-1基因在其妊娠期生殖器官表达变化水平，以期为对哺乳动物胚胎的体外发育、胚胎移植和雌性哺乳动物生殖系统疾病的治疗提供参考依据。
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In addition, the in vitro floral regeneration system is useful for studying the regulation of ovule development by plant hormones.
同时， 离体花器官再生系统为研究激素调控胚珠发育的机理提供了有效途径。
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The results indicate that proper physical exercise can improve the function of the organs systems, including the other parts of brain and nervous system, and promote their upgrowth. Meanwhile, proper physical exercise can also develop the intelligence of the students.
研究结果表明，适量的体育锻炼可以促进机体各器官系统包括大脑和神经系统其他各部分的生长发育及其机能的改善，为开发青少年智力，搞好文化学习提供了重要的生物学基础。
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It was found that the toxic organic pollutants in Yangtze River could result into the toxicological effects on human's hepatic, reproductive, respiratory, incretionary, neural, immune and hematic system.
这些微量有机污染物可以损伤人体肝脏、发育、生殖、呼吸、内分泌、神经、免疫、血液等组织器官和系统的功能。
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The students are required to study and understand the main physiological features of fetuses and the ontogenesis of the most important regulating axises during the fetal development .
中文简介：通过本课程的学习使学生在学习动物胚胎学以及相关课程的基础上，进一步认识动物主要器官或系统的发生发育过程，相关的调控机理；以及动物主要调节轴系的发生和建立。
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Botanical experiments are one of important parts linked to the theoretical study of Botany. Through the experiments, students are required to understand the basic theory, knowledge and skills in relation to botanical experiments and study of plants. With the methods and skills learned, students are expectedto have the ability to study the morphogenesis and structure of plant organs in plant ontogenesis as well as morphological characteristics of main plant groups, representative plants, and their positions in plant kingdom and evolution in phylogeny.
植物学实验是植物学理论联系实际的重要课程之一，通过对本课程的学习，要求学生掌握植物学实验的基本理论和基本知识，以及研究植物的一些基本方法和基本技能，并运用这些方法和技能去研究植物个体发育中植物器官的形态建成与结构；学习植物系统发育过程中植物界各大类群主要的形态特征、代表植物，它们在植物界中的地位及演化规律。
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To provide data of floral development for the genus Phytolacca and to have a further insight into the systematic relationships of the family Phytolaccaceae, floral organogenesis of three species in this genus, viz., P.
为进一步研究商陆科的系统位置提供花器官发生和发育的证据，在扫描电子显微镜下观察了商陆Phytolacca acinosa、多雄蕊商陆P。
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Leptin receptors have been identified in neuropeptideY, Agouti-related peptide, proopiomelanocortin cocaine and amphetamine regulated transcript containing neurons of the ventromedial and ventrolateral arcuate nucleus, respectively, and in melanin-concentrating hormone and hypocretin/orexin containing neurons of the lateral hypothalamus, suggesting that the above-mentioned messengers are mediators of leptin's action in the hypothalamus.
越来越多的证据表明Leptin是调节动物体内能量代谢的极其重要的上游调控因子，而且Leptin对动物的青春期发育，生殖器官发育和繁殖功能、妊娠、胚胎发育以及造血系统都有调节功能，是动物体内早期表达的重要功能基因。
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The located position and development of the disc was correlative with the development of other floral organs, which might provide insight to delimit Wikstroemia and Daphne based on different floral developmental pattern that might exist between the two genera.
花盘的发生和早期发育及其着生位置同其他花部器官的发生和发育式样具有明显的相关性，这种相关性对进一步阐明瑞香属Daphne和荛花属Wikstroemia的系统发育关系具有一定意义。
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The located position and development of the disc was correlative with the development of other floral organs, which might provide insight to delimit Wikstroemia and Daphne based on different floral developmental pattern that might exist between the two genera.
花盘的发生和早期发育及其着生位置同其他花部器官的发生和发育式样具有明显的相关性，这种相关性对进一步阐明瑞香属Daphne和荛花属Wikstroemia的系统发育关系具有—定意义。
- 更多网络解释与器官的系统发育相关的网络解释 [注：此内容来源于网络，仅供参考]
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Endocrine system：内分泌系统
内分泌系统(endocrine system)是机体的重要调节系统,它与神经系统相辅相成,共同调节机体的生长发育和各种代谢,维持内环境的稳定,并影响行为和控制生殖等.内分泌系统由内分泌腺和分布于其它器官的内分泌细胞组成.内分泌细胞的分泌物称激素(hormone).大多数内分泌细胞分泌的激素通过血液循环作用于远处的特定细胞,
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macrophage system：噬细胞系统
单核吞噬细胞系统(mononuclear phagocyte system) 亦称巨噬细胞系统(macrophage system)体内具有强烈吞噬及防御机能的细胞系统. 包括分散在全身各器官组织中的巨噬细胞、单核细胞及幼稚单核细胞. 共同起源于造血干细胞,在骨髓中分化发育,
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macrophage system：巨噬细胞系统
亦称巨噬细胞系统(macrophage system)体内具有强烈吞噬及防御机能的细胞系统. 包括分散在全身各器官组织中的巨噬细胞、单核细胞及幼稚单核细胞. 共同起源于造血干细胞,在骨髓中分化发育,经幼单核细胞发育成为单核细胞,在血液内停留12~102小时后,
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organogeny：器官发生
原肠胚形成过程,通过形态发生,细胞迁移到特定部位,建成躯体雏形,胚体形成未来器官的区域已基本确定,这些形成未来器官的细胞群叫器官原基(primordium),各原基进一步发育, 形成机体的各种组织、器官和系统,这个过程叫器官发生(organogeny).
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pacemaker：起搏器
胸腺在衰老中可能具有"起搏器"( pacemaker )的作用. 这种免疫器官在期达到最大体积,以后随年龄增加而减少. 如果将幼鼠胸腺切除,该鼠可出现"发育不全症"( runting disease ),即一种免疫系统攻击正常组织(自体免疫反应,
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organophyly：器官的系统发育
organophosphate 有机磷酸盐 | organophyly 器官的系统发育 | organoplastic 器官成形的
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organoplastic：器官成形的
organophyly 器官的系统发育 | organoplastic 器官成形的 | organoplasty 器官成形术
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programmed cell death：程序性细胞死亡
(3)程序性细胞死亡(programmed cell death):细胞凋亡是机体保持内环境稳定的一种生理性细胞自杀机制. 它与免疫系统的成熟与完善(如自身反应性T细胞克隆的排除等). 衰老、胚胎发育、与器官的形成等密切相关. 此过程要求细胞的活化蛋白质的合成和Ca2+依赖的内源性内切酶的作用.