首页> 外国专利> Lithography phosphatidyl ethanolamine for maturity improvement of delay and fruit of aging (18:1) and use of lithography phosphatidyl inositol

Lithography phosphatidyl ethanolamine for maturity improvement of delay and fruit of aging (18:1) and use of lithography phosphatidyl inositol

机译:光刻法磷脂酰乙醇胺用于改善延迟和衰老的果实的成熟度(18:1)和光刻法磷脂酰肌醇的用途

摘要

(57) Abstract This invention raises the maturity and stability of the fruit, regards the manner which can delay the aging of the fruit and other plant system. This manner, lithography phosphatidyl ethanolamine (the 18:1) (below, LPE (the 18:1) with says) or the lithography phosphatidyl inositol (below, calls LPI) consists of the fact that the effective tonnage it applies the lithography phospholipid the way vis-a-vis the fruit and other plant system. LPE (the 18:1) and as for the lithography phospholipid like LPI, the other lithography phospholipid compared to being superior in the dot of inhibition of the phospholipase D which is the principal enzyme which mediates the film degradation which is in the midst of delaying and plant aging of aging was ascertained. LPE (the 18:1) and LPI exists naturally, with respect to environment it is safe. As for the aforementioned lithography phospholipid, it is possible to reach because aging of the flower, the fruit and the lobe can be delayed and presently to be used in order to raise the maturity of the fruit and to use in place of the poisonous chemical compound with respect to many environments.
机译:(57)<摘要>本发明提高了水果的成熟度和稳定性,考虑了可以延缓水果和其他植物系统衰老的方式。通过这种方式,光刻磷脂酰乙醇胺(18:1)(在下面,LPE(18:1表示))或光刻磷脂酰肌醇(在下面,称为LPI)由以下事实组成:有效吨位施加了光刻磷脂相对于水果和其他植物系统的方式。 LPE(18:1)和光刻磷脂(如LPI)相比,另一种光刻磷脂在抑制磷脂酶D方面要优越,磷脂酶D是介导薄膜降解的主要酶,在延迟过程中并且确定了植物的衰老。 LPE(18:1)和LPI自然存在,就环境而言是安全的。至于前述的光刻磷脂,由于花,果实和叶的衰老可以被延迟,因此有可能达到,并且目前被使用以提高果实的成熟度并代替有毒化合物使用关于许多环境。

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