营养体的英文

• trophosome
• trophozoite
• vegetation
• vegetative form
• vegetative mass

• "营养"英文翻译    nutrition; nourishment; pabu ...
• "体"英文翻译    body; part of the body
• "营养体的" 英文翻译 :    vegetative
• "营养体孔" 英文翻译 :    gastropore
• "营养体生长" 英文翻译 :    vegetation
• "营养体生殖" 英文翻译 :    vegetative propagation; vegetative reproduction
• "营养体时期" 英文翻译 :    vegetative stage
• "营养体型" 英文翻译 :    vegetative form
• "营养体杂交" 英文翻译 :    vegetative hybridization
• "营养繁殖 营养体生殖" 英文翻译 :    vegetativepropagation
• "营养体生殖记录" 英文翻译 :    recording of vegetative reproduction
• "营养体无性生殖" 英文翻译 :    vegetative apomixis
• "植物各营养体部分" 英文翻译 :    all vegetative plant parts; allvegetativeplantparts
• "营养阶段 营养体时期 滋养期" 英文翻译 :    vegetativestage
• "滋养体" 英文翻译 :    trophczoite; trophozoite
• "大核；滋养体" 英文翻译 :    meganucleus
• "联胎自养体" 英文翻译 :    autositic
• "营养" 英文翻译 :    nutrition; nourishment; pabulum; tropho-; troph-; -trophy; -trophic; -trophin 富于营养 nourishing; nutritious; 关心儿童营养 take care of the nutrition of the children; 从群众中吸取政治营养 derive political nourishment from the masses; 那个婴儿营养很好。 that's a well-nourished baby. 水果富有营养。 fruit is very nourishing.; 营养不良 malnutrition; undernutrition; undernourishment; cacotrophy; kakotrophy; dystrophia; dystrophy; cachexic; hyponutrition; hypothrepsia; paratrophy; hypotrophy; 营养成份 foodstuff; nutrition constituent; 营养过度 overnutrition; 营养价值 trophic [nutritive] value; food value; 营养品 nutriment; nutrient; 营养缺乏病 aporinosis; avitamnosis; deficiency disease; 营养素 nutrient; 营养物质 nutrient substance; nutriment; 营养液 nutrient solution; 营养饮料 nutritious drink; 营养作用 trophism; nutrition
• "阿米巴滋养体" 英文翻译 :    amebic trophozoite
• "联胎自养体的" 英文翻译 :    autositic
• "刚地弓形虫滋养体" 英文翻译 :    trophozoites of toxoplasma gondii
• "棘阿米巴滋养体" 英文翻译 :    acaflthanloeba sptrophozoitee
• "三日疟原虫滋养体" 英文翻译 :    trophozoite of p.malariae
• "阴道毛滴虫滋养体" 英文翻译 :    trophozoite of t. vaginalis; trophozoite of trichomonas vaginalis
• "营养，营养品" 英文翻译 :    nutriment

• China s vegetative industry and optimizing cropping structure
  我国营养体产业与种植业结构调整
• These strains were primarily identified in generic or species level by their fruiting bodies , swarms , myxospores and vegetative cells
  根据分离出菌株的子实体形态、菌落形态和细胞营养体、粘孢子形态，将其初步鉴定到属或种。
• The result shows that the life cycle of all the species comprises a unicellular amoeboid or swarm cell stage , a multinucleate plasmodium stage and a sporulation stage
  结果表明，生活循环均包括单核的黏变形体或游动胞、多核的营养体原质团以及形成孢子阶段。
• Main results were showed as follow : 1 karyotype characters of hup the seeds of the materials cannot sprout in the natural circumstance , so they reproduce themselves by vegetative propagation
  主要结果如下： 1hup的核型特征实验材料在自然条件下种子不萌发，仅以营养体繁殖后代。
• Mtxl ( 100 - kilodalton mosquitocidal toxin ) is a kind of toxin synthesized in vegetative growth stage of bacillus sphaericus ( b . s ) . the purified mtxl has the same toxicity as the binary toxin from b . s
  Mtx1 ( 100kdmosquitocidaltoxin )杀蚊毒素是一种在球形芽孢杆菌( bacillussphaericus , b . s )营养体期表达的毒素蛋白，其纯化蛋白对蚊幼的毒力与二元毒素相当。
• The vegetative status and the flowering and fruiting developmental rhythm of changnienia amoena were investigated in tiantangzhai population of anhui province during the flowering and fruiting period
  摘要对安徽省天堂寨自然保护区独花兰野生种群的花果期节律和营养体状态研究表明，开花植株占观察样本的37 . 5 % ，个体是否开花与假鳞茎数目、地下茎总体积和叶面积呈极显著相关关系。
• When inadequate n was added , the chloroplast structure in mesophyll cell was damaged in ear leaf , the amount of carbohydrate decreased in mestome sheath , and excessive n - redistribution and n - transportation to grain from vegetative mass appeared , which resulted in earlier leaf senescence . excessive n application led to too high activity of nitrate reductase , excessive vigorous nitrogen metabolism and too much exhaustion of carbohydrate in ear leaf , which resulted in the lack of enough carbohydrate in the lower leaf , meanwhile , the expansive chloroplast grana lamellae in leaf mesophyll cell and starch grain without nuclear in mestome sheath cell was observed , which led to the decrease of chlorophyll content and photosythetic capacity in maize leaf , then the early senescence occured
  氮肥用量不足导致穗叶叶肉细胞叶绿体结构性差，维管束鞘细胞碳水化合物累积减少,营养体氮素再分配率大而引起叶片早衰；而过量供氮则导致生长后期硝酸还原酶活性过高，氮素代谢过旺，消耗了大量碳水化合物，以致下位叶不能得到充足的碳水化合物供应而提早脱落，同时叶肉细胞叶绿体片层结构膨胀，呈“肉汁化”特征，维管束鞘细胞淀粉粒大量消耗，无核淀粉粒出现，从而叶片叶绿素含量下降，光合能力降低而出现早衰。
• Israelensis recombinants , which contained recombinants plasmid pmt4 and pmt9 respectively , were obtained by electroporation . the bioassay results showed that the recombinants b - pmt9 and b - pmt4 had toxicities both to resistant and susceptible c . quinqnefasciatus larvae during vegetative growth stage , having the lc ? o values similar to that of . fi . sssii - 1 . however , the toxic levels of the final sporulated cultures of recombinants b - pmt4 and b - pmt9 differed , with a lcso value of 2 49mg / ml for b - pmt9 and little toxicity for b - pmt4 by using the plasmid pmt9 , m txl gene from b . sphaericus was ligated with p20 and cytjaa gene , giving recombinant plasmid pmpx2
  含有pmt9和pmt4的大肠杆菌转化子能表达产生mtx1毒素，发酵液对敏感和抗性致倦库蚊幼虫具有中度毒杀作用；含有pmt9和pmt4的苏云金芽孢杆菌转化子b - pmt9和b - pmt4在营养体生长阶段对敏感蚊幼和抗性幼虫也具有毒性，毒力与野生型b . sss - 1相当，而不同转化子在芽孢形成期的毒力因插入的mtx1基因转录方向不同而表现出差异，其中b - pmt4对目标蚊幼毒力极低( lc _ ( 50 ) 10mg ml ) ，而b - pmt9对蚊幼虫具有毒性( lc _ ( 50 ) = 2 . 49mg ml ) 。
• High performance ion exchange chromatography was applied in studying qualitatively and quantitatively of bacteria , which was shown as follows : firstly , physio - biochemical characteristics of bacteria was investigated by ion exchange chromatography . for the first time spores and nutrient of bacillus pumilus had been separated successfully by chromatography . chromatographial behaviors of bacteria at different cultivating environment and different growth phase were also studied
  本文利用高效液相离子交换色谱系统研究细菌学，探讨了该方法在细菌定性、定量方面的应用，主要包括三个方面：首先，利用离子交换色谱系统表征细菌生理、生态方面的变化，首次成功地在色谱上区分了短小芽孢杆菌的芽孢及营养体；考察了不同的培养环境对细菌色谱行为的影响及不同生长阶段的细菌的色谱行为。
• 2 comparative study on morphology in the light of the form of the materials , hup shows more approximate relationship with gri : they are 50 ~ 70cm high at the period of fructescence ; both are perennials and reproduce themselves by root stock , and especially , hup can also reproduce itself by branch roots and buds growing from stipes when the stems fall againt the ground , and then those buds develop into new bodies ; while gri can reproduce itself not only by vegetative propagation but by seeds . both of hup and gri characterize with bigger leaf blade and with the approximate form of simple leaf , with root stock , and with two - line seeds in one fruit
  2形态学比较从形态上来看，新种hup与分布海拔高度相近的gri比较接近:植株体高大，果期株高50一7ocm ;都为多年生，能以其根状茎繁殖，但前者还以较为特殊的营养体繁殖后代，即倒伏后每个茎节上长出新的根和芽，发育成独立的新植株，后者既能以营养体繁殖，又可通过种子繁殖;具有较大的叶片且单叶形态相近，果实内有二行种子(其它种为一行) . 。

• 营养体的法语：Trophosome