Research Data Supporting "Evaluation of Cell Binding to Collagen and Gelatin: A Study of the Effect of 2D and 3D Architecture and Surface Chemistry"

The zipped folder called “Raw data for cell article” contains 7 files as described below: Article title: “Evaluation of Cell Binding to Collagen and Gelatin: A Study of the Effect of 2D and 3D Architecture and Surface Chemistry”, accepted in Journal of Materials Science: Materials in Medicine. Authors: Natalia Davidenko, Carlos F. Schuster, Daniel V. Bax, Richard W. Farndale, Samir W. Hamaia, Serena M. Best, Ruth E. Cameron. File cold “Fig3n” contains raw data of percentage of adhesion values of HT1080 and Rugli cells on surfaces of different compositions as a function of initial cell concentration (showed in Fig 3). Files “Fig4n” and “Fig4s” contain raw data of magnesium-dependent, non-specific and integrin mediated adhesion profiles of different cell lines on treated surfaces (showed in Fig.4). File “Fig5n” contains results of spreading studies collected in Fig 5. File “Fig6n”contains results cell adhesion on films with different composition and crosslinked status (showed in Fig.6). File “Fig7n” contains results of the percentage of adhesion of HT1080, Rugli, C2C12 and L3 cells on 100% EDC-XL scaffolds of different compositions (collected in Fig. 7). Files “Fig8n” contains results of the effect of crosslinking on the adhesion of cells expressing Col-binding integrins (HT1080 and Rugli) on Col scaffold (Fig8).名为“Raw data for cell article”的压缩文件夹包含以下7个文件，对应一篇已被《Journal of Materials Science: Materials in Medicine》（材料科学杂志：医用材料分册）接收的研究论文，论文标题为《评估细胞与胶原蛋白及明胶的结合性能：二维与三维结构及表面化学效应研究》，作者包括Natalia Davidenko、Carlos F. Schuster、Daniel V. Bax、Richard W. Farndale、Samir W. Hamaia、Serena M. Best、Ruth E. Cameron。 名为“Fig3n”的文件包含HT1080与Rugli细胞在不同组成表面的黏附百分比原始数据，该数据随初始细胞浓度变化，对应图3。 文件“Fig4n”与“Fig4s”包含不同细胞系在处理表面的镁依赖性、非特异性及整合素介导的黏附谱原始数据，对应图4。 文件“Fig5n”包含图5收录的细胞铺展实验结果。 文件“Fig6n”包含不同组成与交联状态的薄膜上的细胞黏附结果，对应图6。 文件“Fig7n”包含HT1080、Rugli、C2C12及L3细胞在不同组成的100% EDC-XL支架上的黏附百分比结果，对应图7。 文件“Fig8n”包含交联对表达胶原蛋白结合型整合素的细胞（HT1080与Rugli）在胶原蛋白支架上黏附的影响结果，对应图8。