Study on phytohormones, the most important regulators, is always a hot topic of cotton fiber development.
其中，植物激素作为调控因子一直是纤维发育领域研究的热点。
In vitro culture of cotton ovule has been widely used in studying of cotton fiber development, which makes the research of fiber differentiation and development possible under controllable condition.
棉花胚珠离体培养方法被广泛用于棉纤维发育的研究，这种方法使对纤维的分化和发育研究能够在可控的条件下进行。
Effects of physiological age of cotton plant on the physiological mechanism of fiber thickening development and fiber strength were studied.
研究棉株生理年龄对棉纤维加厚发育及纤维比强度形成的影响。
The fiber induction and development from cotton ovules of fiber mutants in vitro were studied and analyzed.
离体诱导不同类型的纤维突变体胚珠纤维发育，研究纤维突变体离体纤维发育的情况。
The goals of this one-year project have been reached with good results. We will further investigate the roles of these genes in cotton fiber and other tissue development in the next studies.
上述研究取得好的研究结果，达到本项目预期目标，并可在后续研究中进一步探讨这些基因在棉花纤维等组织细胞发育中的重要调控作用。
Potassium(K) named "quality element" is one of the important elements which cotton needs in growth and development, and it plays an important part in fiber quality formation of cotton.
钾素有“品质元素”之称，是棉花生长发育所必需的大量元素之一，对棉花纤维品质有重要的影响作用；
Potassium(K) named "quality element" is one of the important elements which cotton needs in growth and development, and it plays an important part in fiber quality formation of cotton.
钾素有“品质元素”之称，是棉花生长发育所必需的大量元素之一，对棉花纤维品质有重要的影响作用；
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