palmitoylation

Effect of Succinylation and Palmitoylation on Interfacial Properties of Soy Protein

琥珀酰化和棕榈酰化对大豆蛋白界面特性的影响

And we deployed the CSS approach to predict the palmitoylation site .

我们使用了CSS算法来预测蛋白质棕榈酰化位点。

Objective : To determine palmitoylation of CD44 may participate in signal transduction of lymphocytes .

证实细胞表面CD44分子的十六酰化可能参与淋巴细胞的信号传递。

Therefore , palmitoylation of CD44 may interfere with anti-CD3 mediated signaling pathways .

结论：CD44分子的十六酰化可干扰CD3抗体介导的信号传递。

Palmitoylation of CD44 interferes with CD3 - mediated signaling in human T lymphocytes

CD44分子十六酰化干扰人T淋巴细胞CD3介导的信号传递的研究

Palmitoylation is the only one post-translational reversible process in lipid modification , which plays important roles in the dynamic subcellular localization , protein activity and stability , and complex assembly .

在脂类修饰中，棕榈酸化是唯一的一种可逆的翻译后脂类修饰，它在蛋白质分子亚细胞器动态定位，蛋白质活性，稳定，复合物的组装等方面扮演着重要的角色。

Conclusion : These data support the hypothesis that palmitoylation of cell surface receptors may play an active role in signal transduction as well as in receptor-receptor interaction of normal human T lymphocytes .

这些结果为细胞表面受体的十六酰化可能参与T细胞受体之间相互作用及信号传导作用的假说提供了实验依据。