通过填充tir 1蛋白表面疏水性空腔，植物生长素在增强TIR1 -底物相互影响中起着“分子胶”作用。
By filling in a hydrophobic cavity at the protein interface, auxin enhances the tir1-substrate interactions by acting as a 'molecular glue'.
当胶被放入溶液里并加上电场，生物分子根据大小相对于携带电量的比例移动和分离。
When this gel is placed into a bath and an electrical charge applied across the gel, the biomolecules migrate and separate according to size in proportion to the amount of charge they carry.
环氧胶接接头在水中破坏失效的原因主要是渗入到胶接层的水分子取代了胶粘剂分子在金属表面的粘附。
The reason of the failure of epoxy bonded joint in water was that the epoxy adhesive on the metal surface was substituted for water.
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