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首页> 外文期刊>Biochimica et biophysica acta. Biomembranes >Phosphorylation, nitrosation and plasminogen K3 modulation make VDAC-1 lucid as part of the extrinsic apoptotic pathway-Resulting thesis: Native VDAC-1 indispensible for finalisation of its 3D structure
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Phosphorylation, nitrosation and plasminogen K3 modulation make VDAC-1 lucid as part of the extrinsic apoptotic pathway-Resulting thesis: Native VDAC-1 indispensible for finalisation of its 3D structure

机译:磷酸化,亚硝化和纤溶酶原K3的调节使VDAC-1变得清澈,成为外在凋亡途径的一部分。-产生的论点:天然VDAC-1对于完成其3D结构是必不可少的

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摘要

Native and recombinant VDAC preparations differ in their acetylation, phosphorylation and nitrosation state; additionally, proteineous modulators are missing in the latter. They thus vary in channel characteristics, as can be taken from comparative black lipid bilayer experiments. Furthermore, the multi-compartment expression makes expect even differing native VDAC-1 molecules.
机译:天然和重组VDAC制剂的乙酰化,磷酸化和亚硝化状态有所不同。另外,后者缺少蛋白质调节剂。因此,它们的通道特性有所不同,可以从比较的黑色脂质双层实验中获得。此外,多室表达使得期望甚至具有不同的天然VDAC-1分子。

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