葫芦上的筋膜

I. B. Korottseva
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引用次数: 0

摘要

本文综述了南瓜系结的相关文献。在几乎所有的南瓜作物中,你都可以发现这样一种现象,即着迷。然而,它在黄瓜和南瓜中比在瓜和西瓜中更常见。接合(或结晶)是一种可以发生在植物器官形态上的变化,通常包括茎尖分生组织的扩张、茎的变平和叶片排列的变化。在南瓜作物中,相关的器官通常是鞭子、花和果实。许多作者将迷恋分为遗传性和非遗传性。第一种是由内部原因引起的。二是外界因素的影响,如虫害、损伤、天气条件等。根据文献资料,结合力是由1-2个隐性基因引起的,其表现不完全,表达变化,这取决于多种因素,包括环境条件。opp基因可能对花束和叶片排列有多效性影响。在联邦蔬菜科学中心的春膜温室中,黄瓜的选择和采集样本中,根据研究样本的基因型和研究年份(生长条件)的不同,附著植株在0 - 1.9%之间。根据文献资料,迷恋更常在短果中观察到,但在长果形式的黄瓜中也可以检测到。结子房较多的黄瓜杂交种更容易产生融合果。应该指出的是,高度嵌合的植物通常产量较低,大多数嵌合的果实通常被归类为非标准和拒绝。由育种者在个别样本内对相关样本和植物进行定期剔除,将允许创造不容易发生迷恋的品种。遵守推荐的品种农艺技术,改善生态状况将有助于显著减少相关植物和水果的数量,提高产品的适销性。
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Fasciation in cucurbits
The article presents a literature review on fasciation in pumpkin crops. In almost all pumpkin crops, you can find such a phenomenon as fasciation. However, it is more common in cucumbers and pumpkins than in melons and watermelons. Fasciation (or crystallization) is a change that can occur in the morphology of plant organs and usually includes expansion of the apical meristem of the shoot, flattening of the stem and changes in the arrangement of leaves. In pumpkin crops, the fasciated organs are often whips, flowers and fruits. A number of authors divide fasciations into inherited and non-inherited. The first are caused by internal reasons. The second is the effect of external factors, such as insect damage, injury, weather conditions. According to literature data, fasciation is caused by 1-2 recessive genes with incomplete manifestation and variable expression, which depends on a number of factors, including environmental conditions. The opp gene may have a pleiotropic effect on fasciation and leaf arrangement. In Federal Scientific Vegetable Center in spring film greenhouses, among the selection and collection samples of cucumber, fasciated plants ranged from 0 to 1.9%, depending on the genotype of the studied samples and the year of research (growing conditions). According to literature data, fasciation is more often observed in short-fruited, but it can also be detected in long-fruited forms of cucumber. Fused fruits are more likely to appear on cucumber hybrids with a large number of ovaries in the node. It should be noted, that highly fasciated plants are usually less productive, and most fasciated fruits are often classified as non-standard and rejected. Regular culling by breeders of fasciated samples and plants, within individual samples, will allow to create varieties less prone to fasciation. And compliance with the recommended varietal agrotechnics, improvement of the ecological situation will help to significantly reduce the number of fasciated plants and fruits and improve the marketability of products.
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