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Phytochrome and Calcium Regulated Protein Phosphorylation in Sorghum bicolor

机译:双色高粱中的植物色素和钙调节蛋白磷酸化

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摘要

Irradiation with red light of Sorghum bicolor seedlings stimulated in vitro phosphorylation of 55 kD and several other soluble polypeptides in a development-dependent manner. The red light stimulated phosphorylation of 55 kD polypeptide was more in 6-day-old etiolated plants as compared to 5-day-old plants.The in vitro phosphorylation of 55 kD polypeptide was enhanced further when calcium was added to the extracts obtained from red light irradiated tissues of 6-day-old seedlings. This effect was inhibited in the presence of calmodulin inhibitors.There was no significant stimulation in the phosphorylation of this polypeptide by calcium in 5-day-old and 7-day-old etiolated plants. Besides 55 kD,the phosphorylation of several other polypeptides was either stimulated or inhibited by light ,calcium and calmodulin inhibitors suggesting involvement of both kinases and phosphatases in light-mediated phosphorylation.
机译:高粱双色幼苗的红光照射以发展依赖的方式刺激了55 kD和其他几种可溶性多肽的体外磷酸化。在6天大的黄化植物中,红光刺激的55 kD多肽的磷酸化要比5天大的植物更多。当从红色获得的提取物中添加钙时,55 kD多肽的体外磷酸化进一步增强。 6天龄幼苗的光照射组织。在钙调蛋白抑制剂的存在下,这种作用被抑制。在5日龄和7日龄的黄化植物中,钙对该多肽的磷酸化没有明显的刺激作用。除55 kD以外,其他几种多肽的磷酸化也受到光,钙和钙调蛋白抑制剂的刺激或抑制,表明激酶和磷酸酶均参与了光介导的磷酸化。

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