繁殖体的英文

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"繁殖体"怎么读用"繁殖体"造句

英文翻译手机版

brood body
diaspore
propagule
propagulum
vegetative form

"繁殖"英文翻译 grow and multiply; propagate
"体"英文翻译 body; part of the body
"【生物学】繁殖体。" 英文翻译 : brood body
"繁殖体压力" 英文翻译 : diaspore pressure
"萌芽繁殖体" 英文翻译 : blastochore
"无性繁殖体" 英文翻译 : vegetative propagule
"细菌繁殖体" 英文翻译 : bacterial vegetative form; gonite
"幼苗繁殖体" 英文翻译 : seedling propagule
"植物繁殖体" 英文翻译 : propagulum
"靠动物散布之繁殖体" 英文翻译 : epizoochore
"繁殖" 英文翻译 : [生物学] breed; reproduce; propagate; multiply 自我繁殖 self-reproduction; autosynthesis; 牲畜繁殖 breed livestock; 多数植物靠种子繁殖。 most plants reproduce by seeds. 它们每年繁殖两次。 they breed twice yearly. 兔子繁殖迅速。 rabbits propagate [breed] rapidly
"裂殖体" 英文翻译 : agamont; schizont; trophozoite
"生殖体" 英文翻译 : gonangium; gonophore; gonosoma; gonosome
"芽殖体" 英文翻译 : sporont
"幼殖体" 英文翻译 : germling
"增殖体" 英文翻译 : vegetation
"殖体目" 英文翻译 : hormogonales
"产雄生殖体" 英文翻译 : androphore
"大裂殖体" 英文翻译 : globidium; macroschizont; megaloschizontes
"单性生殖体" 英文翻译 : monogonium
"段殖体目" 英文翻译 : hormogonales
"多孔腐殖体" 英文翻译 : porigelinite
"孤雌生殖体" 英文翻译 : parthenote
"结构腐殖体" 英文翻译 : homotelinite; humotelinite
"均匀腐殖体" 英文翻译 : levigelinite

例句与用法

A "vegetative propagule" is any type of vegetatively propagated tree .
“营养繁殖体”是任何类型的无性繁殖树木。
They quickly inactivate vegetative forms , but their sporicidal action is slow
它能迅速灭活繁殖体，但其杀孢子能力低。
We investigated early growth and mortality of k . candel seedlings under the mangrove canopy and bare tide flat across a tidal gradient
这说明胎生红树植物的繁殖体脱离母体后幼苗的生长对母体的一种依赖性。
On the contrary , the density of mature hypocotyls of a . corniculatum was much higher than seawater , they tend to sinking and grow around their parent plant
桐花树为隐胎生红树植物，即繁殖体在整个生长发育阶段，胚轴未露出果皮之外。
On the other hand , the bacteria release brf continuously , which accelerates the cgc to blast into vc at certain site . this just reflects self - regulation
另一方面，细菌连续释放生物波调控因子，促使已经形成的潜生体在特定部位断裂成为繁殖体。
In this article , the experimental studies on bacterial waving growth from vegetative cell ( vc ) to cryptic growth cell ( cgc ) have been reported
本文实验研究细菌由繁殖体到潜生体反复进行的波动生长过程，旨在阐明波动生长形成宏观有序结构的自组织机制。
The paper also studied the survivorship , early growth and leaf photosynthetic characteristics of kandelia candel seedlings planted in the tidal mangrove area of zhangjiang estuar y of yunxuao , fujian
由花期转入果期的木榄繁殖体，种子不经休眠而在母树上发芽并从果实中伸出胚轴。
When the substrate salinity was higher than 30 , the germination rate of a . corniculatum declined sharply with increasing salinity , whereas the germination rate of b . gymnorrhiza was independent of salinity
桐花树成熟繁殖体低含水量、低渗透势以及远高于海水密度等方面的特性，有利于果实脱落后胚轴迅速吸水和定植长根。
With bacterial cgc as main subject , the tests had been done to elucidate mechanism of self - organization for macroscopic rhythmic structure . the dynamics of cgc forming was observed by special techniques of waving culture and microscopic culture ; the differences in outer structure of cell wall and flagella number had been observed by atomic force microscope scanning ; integrity of cell wall was examined under tem ; outer membrane protein was analysed by sds - page and various substance and factors for cgc formation were determined
采用特殊的波动培养和显微培养技术观察潜生体形成动态；应用原子力显微镜扫描，比较细菌潜生体与繁殖体在细胞壁外层结构和鞭毛数量的差别；用透射电镜观察细胞壁完整性，以十二烷基硫酸钠?聚丙烯酰胺凝胶电泳分析外膜蛋白的改变，并通过实验分析多种物质和因素对潜生体形成的影响。
Length , diameter , density , fresh weight , dry weight , water content , osmotic potential and element concentrations ( ca , mg , na , k , cl ) were determined for each . seedling of b . gymnorrhiza and a . corniculatum were cultured for 60 days on various salinity of seawater ( 0 , 5 , 10 , 15 , 20 , 30 , 40 , 50 ) in green house . samples were taken at 3 , 7 , 11 , 15 , 22 , 30 , 45 and 60 days after planting , separated into root , hypocotyl , stem and leaf
本文研究了福建九龙江口木榄和桐花树胎生繁殖体从果实形成到发育成熟过程中形态、生物量、含水量、胚轴密度、渗透势、五种主要矿质元素( ca 、 mg 、 na 、 k 、 cl )等的变化和温室内人工盐度梯度栽培下木榄和桐花树成熟繁殖体长成幼苗( 0 60d )过程中形态、生物量、含水量、渗透势、光合蒸腾特性、五种主要矿质元素( ca 、 mg 、 na 、 k 、 cl )等的变化；并且在野外自然条件下，跟踪调查不同滩涂位置下秋茄成熟繁殖体定居成活、自然死亡状况以及测定幼苗生长过程中( 1年)形态、生物量、含水量、光合蒸腾特性等的变化。