If such dramatic changes in where cellular copper is stored and used can happen so rapidly during angiogenesis, then the interactions of metal ions, such as copper, with the proteins and macromolecules that bind them in the cell must have very fluid dynam
If such dramatic changes in where cellular copper is stored and used can happen so rapidly during angiogenesis, then the interactions of metal ions, such as copper, with the proteins and macromolecules that bind them in the cell must have very fluid dynam
如果细胞内铜被储存和利用如此显著的改变能够在血管生发中很快发生的话，那么金属离子之间的相互作用，诸如铜和细胞内附着于他们的蛋白和大分子一定有自身的流体动力学。