plastids
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网络 质体; 色素体; 质粒体; 胞质体; 植物色质体的发育与演化
双语例句
- Prokaryotes lack organelles such as nucleoli, mitochondria, plastids, Golgi apparatus, and do not exhibit cyclosis. The atrophic glands hae scant cytoplasm and hyperchromatic nuclei with occasional punctate nucleoli.
原核生物无细胞器，如核仁、线粒体、质体、高尔基体等，不出现胞质环流。萎缩腺体内细胞的胞浆含量少，核浓染，偶尔可见斑点状核仁。 - And then the plastids keep on doing what they do, which is convert sunlight to usable energy.
然后这些叶绿体继续它们的本职工作&将阳光转化为可用的能量。 - In addition, development of the mitochondria, Golgi apparatus, lipid bodies, plastids and endoplasmic reticulum was deferred in the mutant pollen.
另外，在突变体花粉中，线粒体、高尔基体、脂肪体、质体和内质网的发育都被延迟。 - The chalazal cell in the dyad contains many organelles, and mitochondria and plastids showing regular shapes, considered a sign of the end of redifferentiation.
合点端的二分体细胞中细胞器丰富，线粒体和质体的形态正常，表明完成了再分化。 - Plastids convert sunlight, water and carbon dioxide into usable nutrients.
叶绿体将阳光、水分和二氧化碳转化成可用的养料。 - Usually, plants perform photosynthesis by way of tiny organelles called plastids.
通常，植物是靠一种叫做叶绿体的纤小细胞器完成光合作用的。 - In addition, plant cells contain plastids that utilize light energy to manufacture carbohydrates in the process of photosynthesis.
除此之外，植物细胞包含着在光合作用中利用光能产生二氧化碳的质体。 - Design and application of dual plastids vibration ore feeder in gold mines
双质体振动放矿机在黄金矿山的设计与应用 - Phase II, plastids go on dividing, plastid and nuclear genes for the photosynthetic apparatus and Calvin cycle are active;
第二阶段，质体继续分裂，光合器和卡尔文循环所需的核基因处于活性状态； - During microspore vacuolization, their ribosomes declined in quantity again and their mitochondria and plastids became simplified in their structures;
小孢子液泡化过程中核糖体再次减少，同时线粒体和质体结构简化； - In bicellular pollens at the early stage the ribosomes increased in quantity and the mitochondria and plastids differentiated in their structure once again.
在早期二胞花粉中，核糖体数量增加、线粒体和质体结构再度分化。 - The plastids generation of cotyledon cells of lotus from 4 days after fertilization continue till about 21 days.
莲胚子叶细胞中质体的产生从受精后的4d左右一直延续到21d左右。 - During male gametophyte development, evident change occurred in the plastids of the vegetative cytoplasm.
在雄配子体发育过程中，营养细胞中的质体发生明显的变化。 - The ultrastructure of the plastids in rf petals were examined.
对活体和离体系统的rf花瓣中叶绿体结构进行观察。 - In plastids from plant roots, the phosphate translocator also transports.
C4和CAM植物叶绿体中的磷酸运转器除了上面提到的代谢物以外还运输PEP，植物根质体中磷酸运转器也运输G6P。 - A dedifferentiation of mitochondria and plastids in structure in microspore mother cells was observed at from diplonema/ diakinesis to metaphase ⅰ, then a redifferentiation at dyad stage.
在小孢子母细胞减数分裂过程中，有核糖体数量存在逐渐减少的现象，质体和线粒体结构在双线期/终变期和中期趋于简化； - Abundance of plastids, mitochondria, microtubules and single membrane bounded vesicles could be visualized in each sperm cell, however, endoplasmic reticulum and Golgi apparatus were scarce.
两个精细胞的细胞质中均含有丰富的细胞器，包括质体、线粒体、小泡及微管，内质网和高尔基体稀少。 - Plastids were spherical and/ or rod shaped containing 1~ 2 large starch grains.
质体含1～2个较大淀粉粒。 - Polyphenol oxidase ( PPO) is a ubiquitous copper metalloprotein in the plastids of many plants, fungi and insects.
多酚氧化酶（Polyphenoloxidase，PPO）是一类普遍存在于植物、真菌和昆虫质体中，由核基因编码，能与铜相结合的金属蛋白酶。 - A pattern of increased plastids are the plastids division.
质体的分裂是质体数目增加的一种方式。 - During the different stages of nectary development, the endoplasmic reticulum, Golgi bodies, plastids and mitochondria in the cells of the nectariferous tissues changes regularly.
在蜜腺发育过程中，产蜜组织细胞内的内质网、高尔基体、质体和线粒体以及液泡都发生有规律变化。 - At the anthesis, starch grains accumulate in the plastids, the mitochondria have some more distinct cristae, and the Golgi bodies produce plenty of vesicles.
开花时，质体内有较大的淀粉粒，线粒体分化出较明显的嵴，高尔基体周围小泡丰富。 - Many endoplasmic reticulums and plastids are present at microsporocyte stage.
小孢子母细胞时期内质网和质体较多； - The First Exploration of the Properties and Laws of Mutation Plastids Transmiting with Cell Division
突变质体随细胞分裂而传递的性质和规律初探 - When the generative cell became free in the vegetative cytoplasm, the plastids degenerated completely within the generative cell.
当生殖细胞游离在营养细胞质中时，质体在生殖细胞中完全退化消失。 - These changes mainly affected the plastids, the vacuolar compartment, the cell wall and the nucleus.
这些变化主要影响质体、液泡室、细胞壁和细胞核。 - At the formative stage, the number of plastids, mitochondria and Golgi bodies in the cytoplasm increased.
在树脂道形成阶段，上皮细胞内质体数量增多，质体内所含淀粉粒也增加。 - Plastid division is affected in the shoot apical meristem of or homozygous mutant, and only one or two large plastids were observed in a cell. Plastid development in leaves is normal.
or纯合突变体顶端分生组织质体分裂发育受到影响，细胞中仅存在一到两个较大的有色体，但叶片质体发育正常。 - Anther cells of maintainers had a number of organelles with divided plastids and developed endoplasmic reticulum and with clear and developed mitochondrial membrane system.
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。 - In the formatting course of PSI and Lhc, the plastids have little function, which is mainly regulated by nucleus gene expression. 4.
在PSI和Lhc的形成过程，质体基因表达的调控作用较小，主要受细胞核基因表达的调控。