探讨了酯交换反应和磷酸化反应的合成原理。
Synthetic principles of ester exchanging reaction and phosphating reaction were investigated.
磷酸化反应是合成的关键步骤,建立了磷酸化反应的高效液相色谱分析方法。
The HPLC analysis of L-ascorbic acid-2-phosphate in the phosphorylation reaction mixture was studied.
结论—我们的研究发现了一条新的心脏凋亡通路,其中钙神经素使ARC发生去磷酸化反应诱导凋亡的发生。这条通路可能成为心脏凋亡机制中的组成部分。
Conclusions - Our study identifies a novel cardiac apoptotic pathway in which ARC is dephosphorylated by calcineurin. This pathway could be a component in the cardiac apoptotic machinery.
So, a protein that has tyrosine and it has tyrosine in a position such that it's on the outside of the protein and accessible to chemical reaction can be phosphorylated.
所以,一种蛋白质中含有酪氨酸,并且该酪氨酸位于,像蛋白质的外侧这样的位置,这样才能够发生磷酸化反应
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