孢子體細胞 的英文怎麼說
中文拼音 [bāozitǐxìbāo]
孢子體細胞
英文
sporophyte cell- 孢 : 名詞[植物學] (孢子) spore
- 子 : 子Ⅰ名詞1 (兒子) son 2 (人的通稱) person 3 (古代特指有學問的男人) ancient title of respect f...
- 體 : 體構詞成分。
- 細 : 形容詞1 (條狀物橫剖面小) thin; slender 2 (顆粒小) in small particles; fine 3 (音量小) thin ...
- 胞 : Ⅰ名詞1 (胞衣) afterbirth2 (同一個國家或民族的人) fellow countryman; compatriot Ⅱ形容詞(同胞...
- 孢子 : spore (脫離親本后能直接或間接發育成新個體的單細胞或少數細胞的繁殖體)
- 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
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Embryological studies reveal that megaspore and such cells as egg, synergid and antipodals in mature embryo sac initiate the division of forming haploid plants through embryogenesis or callus formation
胚胎學觀察揭示大孢子與胚囊內的卵細胞、助細胞和反足細胞均有可能在培養中啟動分裂,通過胚狀體或愈傷組織形成單倍體植株。3. the development of the anther wall follows the basic type. cytokinesis in the microspore mother cell is of the successive type. the arrangement of microspore in tetrad is tetrahedral. mature pollen grain is of 2 - celled type. the anther has 4 four rooms, accidentally seen six or seven rooms
花藥壁的發育為基本型,小孢子減數分裂為連續型,小孢子四分體為四面體型,成熟花粉為二細胞型。花藥多為四室,偶見六室和七室。 4The gametophyte is derived from the product of a reduction division in the megaspore mother cell.
該配子體是由大孢子母細胞進行減數分裂而來。Of the four products of a megaspore mother cell, three usually abort
在大孢子母細胞分裂產生的四個孢子中,三個會解體消失。In theterosporous species, a distinction is usually made between megaspore mother cells and microspore mother cells
在異型孢子體種類中,可區分為大孢子母細胞和小孢子母細胞。In dandelion ( taraxacum ), for example, the chromosomes of the megaspore mother cell remain in one cell after the first meiotic division, forming a restitution nucleus
例如在蒲公英中,在第一次減數分裂后,大孢子母細胞的染色體仍在一個細胞中,形成一個再組核。Spore mother cell a cell that gives rise to four haploid spores by meiosis
孢子母細胞:可以發生減數分裂產生四個單倍體孢子的細胞。Plantlet regeneration by isolated microspore culture of somatic hybrid of eggplant
茄子體細胞雜種游離小孢子培養獲得再生植株Exoscopic describing the type of development of a plant embryo in which the apex of the sporophyte develops from the outer cell formed by the first division of the zygote, the inner cell giving rise to the foot
外向的:指一種植物胚胎的發育類型,其孢子體的頂端由受精卵的第一次分裂的外層細胞發育而來,內層細胞形成根。On germination, the zygospore undergoes meiosis to produce haploid cells that give rise to a new thallus
在萌發期,接合孢子經歷減數分裂形成單倍體細胞再產生新的植物體。In this paper, the whole process of it microsporogenesis and male gametophytes development was observed with microscope to sure weather stamen development is normal. at the same time, in order to provide techniques on biotechnology conservation and the foundation of its resources gene pool in cell engineering, its techniques on culture in vitro was studied
本論文通過對蝟實小孢子發生和雄配子體發育全過程進行細胞觀察,探尋蝟實的雄性器官的發育是否是蝟實有性生殖的薄弱環節,並對蝟實的離體培養進行了初步的研究,為蝟實生物技術保存、建立蝟實種質資源基因庫提供細胞工程方面的途徑和技術。The vegetative cells of the nust03 are rods and the spores are spherical
菌株的營養體細胞桿狀,粘孢子球形。These abnormal mitochondria and vacuoles may be associated with the death of microspore mother cell which leads to the male sterility in cotton
線粒體和液泡結構異常可能是小孢子母細胞死亡造成雄性不育的細胞形態學特徵。These strains were primarily identified in generic or species level by their fruiting bodies, swarms, myxospores and vegetative cells
根據分離出菌株的子實體形態、菌落形態和細胞營養體、粘孢子形態,將其初步鑒定到屬或種。The hemocytes approached to the fungal spores 5 - 10min postinjection and some phagocytosed spores were observed 30min postinjection. at the same time, there appeared lots of nodules composed by numerous hemocytes in the hemolymph of the cockroach. p. americanna elemilated large amount of the fungal spores efficiently by phagocytosing and nodulation and the germinating of the spores was inhibited
當蜚蠊體腔內注入綠僵菌孢子后, 5 - 10min即可見血細胞向真菌孢子靠近, 30min後有孢子被吞噬入血細胞,同時血淋巴中出現了大量的、由血細胞包圍真菌孢子而形成的結節。L were studied. during the meiotic process of megasporocyte, the ribosome population diminished greatly in prophase i and restored in metaphase i ; plastids and mitochondria turned unclear dedifferentiation in prophase i and recovered their normal structures redifferentiation in metaphase i. all these proved that cytoplasmic reorganization took place during the megasporogenesis of
發現了小麥大孢子母細胞減數分裂過程中,核糖體密度在前期顯著降低,到中期才完全恢復質體和線粒體也出現了脫分化和再分化。從而證明了小麥的大孢子形成過程中也存在著細胞質改組現象。分享友人