与未修饰的对照组（PLCL和PG）相比，修饰后样品的细胞迁移距离和迁移数量显著增加，而迁移密度几乎没有差异。而且，在PGD和所有多肽官能化的表面之间的HUVECs的迁移行为没有明显差异，这表明CAG和ACH₁₁多肽可能对EC迁移没有太大影响。上述结果表明，多巴胺涂层可有效促进ECs的迁移，而CAG/ACH₁₁ 多肽的进一步接枝则没有明显作用。此外，CAG修饰表面上的细胞形态和细胞排列得到有效改善，这可能归因于CAG良好的生物活性，为细胞生长提供更好的生物学微环境。

Compared with non-modified controls (PLCL and PG), the migration distance and amount of migrated HUVECs were remarkably increased on the modified samples, while the density of migrated HUVECs exhibited a negligible difference among all surfaces. Moreover, there were no significant difference was found in the HUVECs migration between PGD and all peptide-functionalized surfaces, which indicated that the CAG and ACH₁₁ peptide might has no considerable effect on ECs migration. These above results indicated that dopamine coating significantly increased EC migration, and further the grafting of CAG/ACH₁₁ peptide has no considerable effect. Moreover, the cell morphology and cytoskeletal arrangement on the CAG-modified surfaces have been improved, which might be attributed to the CAG bioactivity of supporting better microenvironment for cell growth.