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Effects of Ethylene and Silver Thiosulphate on Vase Life and Protein Electroohoresis of Osmanthus fragrans Petals

机译:乙烯和银硫代硫酸盐对桂花植物植物植物植物植物植物电泳的影响

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Osmanthus fragrans is one of the most famous traditional flowers in China.The short vase life negatively affects its ornamental value and application.This paper was conducted to study the effect of ethylene and silver thiosulphate (STS) on vase life and internal peptides.The vase life was examined by comparing ethylene (25, 50, 100, 200 and 400 mg/L) and STS (0.2, 1 and 2 mM) treatment.The results showed that 200 and 400 mg/L ethylene treatments could significantly shorten the vase life from 6.6 d (CK) to 3.6 and 3.3 d, respectively.0.2 mM STS prolonged the vase life while 1 and 2 mM STS had the opposite effect.We first established a SDS-PAGE system specially for testing Osmanthus fragrans 'Houban Jingui' petals.SDS-PAGE demonstrated that the amount of 39.8 and 27.5 KD peptides did not change and 37.6 KD peptides decreased gradually through the senescence process.63.1, 57.5, 51.5 KD peptides appeared and increased along with the senescence process indicating certain correlation between peptides and senescence.Ethylene probably accelerated petal senescence by regulating 51.5 and 32.3 KD peptides.
机译:桂花是中国最着名的传统花朵之一。短的花瓶寿命对其观赏价值和应用产生负面影响。本文进行了研究乙烯和银硫代硫酸盐(STS)对花瓶生命和内部肽的影响。花瓶通过比较乙烯(25,50,100,200和400mg / L)和STS(0.2,1和2mm)处理来检查寿命。结果表明,200和400毫克/升乙烯处理可以显着缩短花瓶生命从6.6 d(ck)到3.6和3.3 d,分别为0.2 mm sts延长了花瓶寿命,而1和2 mm sts具有相反的效果。我们首先建立了一个特殊的SDS-PAGE系统,用于测试Osmanthus fragrans'houban金谷'花瓣.SDS-PAGE证明,39.8和27.5kd肽的量没有变化,37.6kd肽通过衰老过程逐渐降低.63.1,57.5,51.5 kd肽出现并随着衰老过程而增加,表明两者之间的衰老过程肽和衰老。乙烯可能通过调节51.5和32.3 kd肽来加速花瓣衰老。

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