vegetative little 中文意思是什麼
vegetative little
解釋
營養性小菌落- vegetative : adj 1 植物的；蔬菜的。2 會生長的，有生長力的；發育生長的 （opp reproductive）；無性繁殖的；能使植...
- little : n 利特爾〈姓氏〉。adj （less 或 lesser; least; 〈俚、方〉 tler; tlest） ★ less lesser least 通例...
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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的大腸桿菌轉化子能表達產生mtx1毒素，發酵液對敏感和抗性致倦庫蚊幼蟲具有中度毒殺作用；含有pmt9和pmt4的蘇雲金芽孢桿菌轉化子b - pmt9和b - pmt4在營養體生長階段對敏感蚊幼和抗性幼蟲也具有毒性，毒力與野生型b . sss - 1相當，而不同轉化子在芽孢形成期的毒力因插入的mtx1基因轉錄方向不同而表現出差異，其中b - pmt4對目標蚊幼毒力極低（ lc _ （ 50 ） 10mg ml ） ，而b - pmt9對蚊幼蟲具有毒性（ lc _ （ 50 ） = 2 . 49mg ml ） 。 -
The reproductive tiller is obviously higher than the vegetative, and there is little difference among all of age classes reproductive tiller at height and biomass, but the vegetative tiller is decreasing with the increasing age class
生殖蘗明顯高於營養蘗，但各齡生殖蘗的高度和生產力差異不明顯，營養蘗隨著齡級的增加而明顯下降。 -
To date, little is known about the cytology, biochemical properties and biological roles of vegetative storage proteins in woody plants
至今，對樹木營養貯藏蛋白質的細胞學、生物化學性質和生物學功能了解得還很不夠。 -
The results showed that the activity of pal in leaves was higher than in other organs in the stage of seedling, strong sprout and anthesis. the difference is highly significant in organs in vegetative growth. the content of isoflavones and pal activity in leaves both increased by degress, but they decreased progressively in stems, and little increase or decrease in roots from seedling to strong sprout to anthesis
大豆界黃酮代謝機理的研究指要結實前的營養生長期苯丙氨酸解氨酶在組織中的活性變化表明，在幼苗期、壯苗期和盛花期，葉片中pal的活性都遠高於其它組織，依次為葉莖根，這種差異在結實前各時期表現極明顯。
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