abscisic acid造句

• Similarly, plants wilting in the light from temperature and wind effects may increase their abscisic acid content some 40-fold .
  同样，在光下由于温度和风的作用而萎蔫的植物，它们的脱落酸含量可以增加约40倍。
• Application of 0 . 1 abscisic acid as to watermelon and capsicum
  在瓜菜生产中的应用效果
• Regulating elements of gene expression induced by abscisic acid
  诱导基因表达的调控元件
• Advances in study on abscisic acid in seeds
  种子中脱落酸的研究进展
• The metabolization of abscisic acid and the effect on gene expression
  脱落酸的代谢及对基因表达的影响
• Roles of abscisic acid and ethylene in the regulation of litchi ripening and c oloration
  和乙烯对荔枝果实成熟和着色的调控
• A study of the sources of abscisic acid in grape berry during its late developmental phases
  葡萄果实发育后期脱落酸来源的研究
• Effect of abscisic acid related compounds on lycopene production by blakeslea trispora
  三孢酸结构类似物对发酵生产番茄红素的影响
• Effects of 6 - benzyladenine and abscisic acid on the photosynthetic function decline in tobacco
  苄基腺嘌呤和脱落酸对烟草光合功能衰退的影响
• Effects of abscisic acid , salicylic acid and oxalic acid on induction of proline accumulation in apple leaves
  水杨酸和草酸诱导苹果叶片脯氨酸积累的效应
• Regulating of endogenous abscisic acid on subtances changes in terminal bud of lilium davidii var . unicolor bulbs
  对兰州百合鳞茎顶芽内物质变化的调节作用
• Effects of 6 - benzyladenine and abscisic acid on the photosynthetic function and hydrogen peroxide content in tobacco leaves of different development phase
  苄基腺嘌呤和脱落酸对不同发育阶段烟草叶片光合功能及过氧化氢水平的调控
• The plant hormone abscisic acid ( aba ) plays important roles in seed maturation and dormancy and in adaptation to a variety of environmental stresses
  植物激素脱落酸( aba )在种子成熟、休眠以及植物对各种各样环境胁迫的适应都起着重要的作用。
• Abscisic acid ( aba ) can regulate a variety of physiological and molecular responses for plant against stresses , including drought , chilling , salinity , and so forth
  脱落酸( aba )可以调节植物抗逆(包括干旱、冷害、盐害等)的多种生理反应和分子生物学效应。
• Growth inhibitor a substance that slows the growth of a plant , for example the plant hormones abscisic acid and ethylene ( ethane ) , which act at very low concentrations
  生长抑制剂：能够减缓植物生长的物质，例如植物激素脱落酸和乙烯（乙烯） 。往往生长抑制剂在非常低的浓度下便可产生作用。
• Signal interaction between no and reactive oxygen intermediates ( rois ) in the plant have already been reported and recently nitric oxide was reported to be a novel component of abscisic acid signaling in stomatal guard cells
  最近的研究表明no是植物在病原菌侵害后激活防御反应的信号之一。在植物中， no和活性氧( rois )的相互作用已有报道。
• ( 3 ) a biomimetic amperometric sensor has been reported . the sensor is based on a poly [ 2 - mercaptobenzoxazole ] ( pmbo ) film directly electrosynthesized on the gold surface as the matrix and the target analyte abscisic acid ( aba ) is used as the template
  ( 3 )研制了一种生物模拟传感器，以直接在金表面上电合成的聚[ 2 -巯基苯并?唑]膜为基质，以目标分析物脱落酸( aba )为模板分子。
• The phytohomone abscisic acid ( aba ) plays many significant roles in plant growth and developmental progresses and in plant responses to environmental stresses . aba production is increased in plant tissues under stress conditions to regulate water loss by closing stomata
  植物激素脱落酸( aba )调节植物多种生理过程，尤其在逆境条件下，植物体内aba大量合成，诱导气孔关闭，从而有效调控植物体内的水分平衡。
• The paper mainly deals with jasmonic acid biosynthesis , the ways and regulating mechanisms of jasmonic acid signal transmission and mutual relations between the ways of jasmonic acid signal transmission and the ways of ethylene , abscisic acid , salicylate and nitric oxide signial transmission
  本文主要就茉莉酸的生物合成、茉莉酸的信号传导途径和调控机制、茉莉酸的信号传导途径与乙烯、脱落酸、水杨酸和一氧化氮信号传导途径的相互关系进行了综述。
• An effort to engineering plants with elevated aba levels and subsequent stress tolerance has been shown that 9 - cis - epoxycarotenoid dioxygenase ( nced ) is a key enzyme in abscisic acid biosynthesis under drought - stressed conditions . plants overexpressing nced showed an improvement in drought tolerance . however , plants maybe have not good growth with too high level of aba in the plant body
  目前通过提高aba水平来提高植物的逆境胁迫耐力的研究表明9 ?顺式环氧类胡萝卜素双加氧酶( nced )是干旱胁迫下aba合成中的关键酶，并且超表达nced基因可以提高植株的抗旱性；但是如果植物体内积累过多的aba可能会对植物生长造成不良影响。