Influence of Fluorination on Single-Molecule Unfolding and RupturePathways of a Mechanostable Protein Adhesion Complex

Data underlying the figures in the publication “Influence of Fluorination on Single-Molecule Unfolding and Rupture Pathways of a Mechanostable Protein Adhesion Complex” in <em>Nano Lett.</em> 2020, 20, 12, 8940–8950. Table of contents: 1. Fig 2B_HRMS XMod-Doc(WT)-LEU and –TFL 2. Fig 2C HRMS XMod(XL2V)-Doc-LEU and –TFL 3. Fig 3 XMod-Doc(WT)-LEU 4. Fig 3 XMod-Doc(WT)-TFL 5.Fig 4 XMod(XL2V)-Doc-LEU 6. Fig 4 XMod(XL2V)-Doc-TFL 7. Fig 5b NanoDSF 8. Fig S7 XMod-Doc(WT)-TFL pH 5.5本数据集为发表于《Nano Lett.》2020年第20卷第12期、页码范围8940–8950的论文《氟化作用对机械稳定蛋白黏附复合物的单分子解折叠与解离通路的影响》(Influence of Fluorination on Single-Molecule Unfolding and Rupture Pathways of a Mechanostable Protein Adhesion Complex)中各配图的支撑数据。数据集内容列表如下： 1. 图2B_高分辨质谱(High Resolution Mass Spectrometry) XMod-Doc(野生型(Wild Type))-LEU 与 –TFL 2. 图2C HRMS XMod(XL2V)-Doc-LEU 与 –TFL 3. 图3 XMod-Doc(野生型(Wild Type))-LEU 4. 图3 XMod-Doc(野生型(Wild Type))-TFL 5. 图4 XMod(XL2V)-Doc-LEU 6. 图4 XMod(XL2V)-Doc-TFL 7. 图5b 纳米差示扫描荧光法(NanoDSF) 8. 补充图S7 XMod-Doc(野生型(Wild Type))-TFL pH 5.5