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Development of Glanded Cotton Plants with Glandless Seed Utilizing Wild Australian Cottons

机译:利用野生澳大利亚棉花开发无籽种子无籽棉花植株

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Cotton seed protein is a rich source of amino acids, arginine and glutamic acid and has the highest concentration of the oxidant vitamin 'E', hence it has potential as "nutraceuticals" in the human, diet, if cotton seed is free from gossypol glands. Development of glanded plants with glandless seed for imparting insect resistance and ensuring clean seed oil without any industrial processing. The methods employed today for removal/ inactivation ofgossypol increases the cost ofproduction. Efforts to identify gene/s that block the pathway of synthesis of gossypol glands in seed but not in other plant parts are needed. This includes basic research on the biosynthetic pathways that produces gossypol in the cotton plant using molecular biology and gene technology like gene silencing seed specific cadinen synthase gene and manipulation of peroxidase enzyme, a cytochrome P450 enzyme as well as ocimene and myrecene volatile compound producing gene.
机译:棉籽蛋白是氨基酸,精氨酸和谷氨酸的丰富来源,并且具有最高浓度的氧化维生素'E',因此,如果棉籽中不含棉酚,则在人类饮食中它具有作为“营养保健品”的潜力。 。开发具有无腺种子的无腺植物,以赋予昆虫抗性并确保无需任何工业加工即可获得清洁的种子油。当今用于去除/灭灭棉酚的方法增加了生产成本。需要努力鉴定阻断种子中而非其他植物部分中棉酚腺合成途径的基因。这包括对利用分子生物学和基因技术在棉花植物中产生棉酚的生物合成途径的基础研究,例如基因沉默种子特定的卡丁烯合酶基因,以及对过氧化物酶,细胞色素P450酶以及西门烯和月桂烯挥发性化合物产生基因的操纵。

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