- 更多网络例句与块茎形成相关的网络例句 [注：此内容来源于网络，仅供参考]
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The higher level of GA〓 would inhibit tuberization but associates with the hearty growth of sprout haulm and the elongation of stolons.
内源GA〓的大量积累有利于植株的旺盛生长及匍匐茎的形成及伸长，对块茎形成起抑制作用。
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The main purpose of the studies is to elucidate the physiological function of the patatin and whether it has relationship with the tuber formation and regulation.
本研究的主要目的是阐明patatin的生理功能以及是否与块茎形成的调控有关。
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It affects tuberization, leaf senescence, and dormancy
它影响块茎形成、叶子衰老和休眠。
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Therefore, the growth substances investigated played different roles during tuberization, which were the bases of growth and development of potato plantlets.
块茎形成与单个物质的绝对含量并不存在直接关系，但单个物质在块茎形成过程中发挥着的作用是不容忽视的。
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It has important theoretic and practical significance in plant molecular biology and regulating tuber formation to further elucidate the relationship between patatin gene and tuberization.
进一步阐明patatin基因与块茎形成发育调节的相关性，在植物分子发育生物学及调控块茎的形成方面具有重要的理论和实践意义。
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The results showed that the higher levels of plant growth substances, namely hearty physiological metabolism were necessary for tuberization, but there was no direct relationship between one substance only and tuberization.
块茎形成需要这些物质的大量积累即体内旺盛的生理代谢，特别是前期较高水平的生长物质是植株生长发育及块茎形成良好的基础。
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Potato is a kind of potassium crop, which has great demand for nitrogen and potassium. The demand of phosphorus is little, yet it could promote the vegetative growth, tuberization and starch accumulation.
马铃薯是喜钾作物，对氮、钾需求量较大，对磷需求量虽然较少，但磷可促进营养生长和块茎形成以及淀粉积累。
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Were analyzed under different nutritional levels. The results showed that in tuber development, under- or over-supply of nutrients reduced ZT content at initial stage and IAA, ABA and JA content at middle stage, but increased GA content in the whole process, which caused GA/ABA and GA/JA to be off balance in the key stage of tuberization.
结果表明，过低、过高的营养供给，降低了块茎发育前期细胞分裂素的含量，中期细胞生长素的含量以及促进块茎发育的脱落酸、茉莉酸含量，增加了各时期促进匍匐茎发生的赤霉素含量，导致在块茎形成和膨大的关键时期，GA/ABA和GA/JA比值失衡，抑制了块茎的正常发育。
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Tuberization of sense and antisense transgenic plants grown in vitro demonstrated that four of the ten sense plant lines had a significant increase while six of eleven antisense plant lines had a significant reduction in percentage of plantlets formed tubers and number of tubers per plantlet compared with the control.
对转正反义基因植株试管块茎形成的诱导结果表明，在10个转正义patatin基因植株中，有4个株系的结薯株率和单株结薯数比其对照明显增加，在11个转反义patatin基因植株中，有6个株系的结薯株率和单株结薯数比对照明显减少。
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Were analyzed under different nutritional levels. The results showed that in tuber development, under-or over-supply of nutrients reduced Zeatin content at initial stage and indole actic acid, abscisic acid and jasmonic acid content at middle stage, but increased gibberellins content in the whole process, which caused GA/ABA and GA/JA to be off balance in the key stage of tuberization.
结果表明，过低、过高的营养供给，降低了块茎发育前期细胞分裂素的含量，中期细胞生长素的含量以及促进块茎发育的脱落酸、茉莉酸含量，增加了各时期促进匍匐茎发生的赤霉素含量，导致在块茎形成和膨大的关键时期，GA/ABA和GA/JA比值失衡，抑制了块茎的正常发育。
- 更多网络解释与块茎形成相关的网络解释 [注：此内容来源于网络，仅供参考]
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bulbil：珠芽
4.小鳞茎(bulblet)蒜(Alliumsativum)的花间,常生小球体,具肥厚的小鳞片,称为小鳞茎,也称珠芽(bulbil). 小鳞茎长大后脱落,在适合条件下,发育成一新植株. 百合地上枝的叶腋内,也常形成紫色的小鳞茎. 5.小块茎(tubercle)薯蓣(山药)、秋海棠的腋芽,
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bulblet：小鱗莖
4.小鳞茎(bulblet)蒜(Alliumsativum)的花间,常生小球体,具肥厚的小鳞片,称为小鳞茎,也称珠芽(bulbil). 小鳞茎长大后脱落,在适合条件下,发育成一新植株. 百合地上枝的叶腋内,也常形成紫色的小鳞茎. 5.小块茎(tubercle)薯蓣(山药)、秋海棠的腋芽,
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tuber geophyte：块茎地下芽植物
tuber formation 块茎形成 | tuber geophyte 块茎地下芽植物 | tuber indexing method 块茎指标法
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photoperiodism：光周期现象
7、光周期现象(photoperiodism) 昼夜的相对长度对植物生长发育的影响叫做光周期现象. 植物的开花、休眠和落叶,以及鳞茎、块茎、球茎的形成,都受日照长度调节,即都存在光周期现象. 但其中研究得最多的是植物成花的光周期现象.
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spadix：肉穗
花朵很小,花瓣密集,直立生长,肉穗(spadix)呈球状,"球状物"被一个罩子似的,紫红褐色的佛焰苞(spathe)围绕,就形成了"小讲坛". 夏末或初秋,植物长出鲜红色的浆果,呈簇状. 印第安芜箐这个名字来源于其可食用的球茎,或块茎,
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stem tuber：块茎
2.块茎(stem tuber)块茎中最常见的是马铃薯(图3-122). 马铃薯的块茎是由根状茎的先端膨大,积累养料所形成的. 块茎上有许多凹陷,称为芽眼,幼时具退化的鳞叶,后脱落. 整个块茎上的芽眼,作螺旋状排列. 芽眼内(相当于叶腋)有芽,3-20个不等,